CN104509179B

CN104509179B - Data receiver method, sending method and equipment

Info

Publication number: CN104509179B
Application number: CN201380002003.2A
Authority: CN
Inventors: 纪鹏宇; 权威; 胡振兴; 张戬
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2013-06-27
Filing date: 2013-06-27
Publication date: 2018-06-19
Anticipated expiration: 2033-06-27
Also published as: CN104509179A; WO2014205739A1

Abstract

The embodiment of the present invention provides a kind of data receiver method, sending method and equipment.A kind of method of reseptance includes：DTX is configured according to the service request of reception, discontinuous transmission is carried out using the 2nd DTX parameter sets by being switched to using the first DTX parameter sets, the DTX configurations after switching are sent to UE；Wherein, the activated state time in the first DTX periods is less than the ratio of the activated state time in the 2nd DTX periods or the activated state time in the first DTX periods in the first DTX periods in the 2nd DTX parameter sets and is less than ratio of the activated state time in the 2nd DTX periods in the 2nd DTX periods in first DTX parameter sets；The upstream data of UE is received within the activated state time in the 2nd DTX periods.The present invention can meet the QoS demand of UE.

Description

Data receiver method, sending method and equipment

Technical field

The present embodiments relate to a kind of communication technology more particularly to data receiver method, sending method and equipment.

Background technology

In a communications system, such as long term evolution（Long Time Evolution, referred to as LTE）In system, it can pass The smaller new wave-carring type of configuration coverage area under system macrocell（New Carrier Types, referred to as NCT）Cell.NCT Cell is a kind of cell being configured using Novel carrier wave, employs a kind of new enhanced Physical Downlink Control Channel（evolved Physical Downlink Control Channel, referred to as ePDCCH）.

Base station belonging to NCT cells, such as evolved base station（Evolved NodeB, referred to as eNB）, it is configurable to non- Continuous transmitting（Discontinuous Transmission, referred to as DTX）State, i.e. eNB can alternately in activated state and Inactive state.UE can have discontinuous reception（Discontinuous Reception, referred to as DRX）Function.ENB is non- By Transmitter Turn-Off during activated state, open it during entering activated state, repeated according to certain period again.This The electric quantity consumption of network side can be reduced to a certain extent, but due to the discontinuous transmitting of base station, be typically resident in and open UE numbers under the NCT cells of DTX functions will not be very much.

If for the purpose of power saving, eNB is configured with the DTX of longer cycle, then since eNB has long time to be in Unactivated state, no normal direction UE send ascending resource assignment messages.At this time if UE needs to initiate uplink service, it is necessary to wait until Uplink random access pilot code is sent during next DTX activated states of eNB（preamble）Or scheduling request（Scheduling Request, referred to as SR）To apply for ascending resource to eNB so that the access delay of UE is bigger.In addition, in existing long period In the scheme of DTX, the duration during each activated state is shorter, is repeatedly sent in case of the bigger needs of re-transmission or UE data packets Situation, then UE possibly can not complete data transmission during the activated state in a DTX period, so as to must wait until it is next Continue to transmit during the activated state in DTX periods, lead to larger data transmission delay.It can be seen that if eNB is performed More macrocyclic DTX, it will be difficult to meet the Qos demands of UE.

Invention content

The embodiment of the present invention provides a kind of data receiver method, sending method and equipment, exists to solve the prior art ENB because perform longer cycle DTX can not meet the QoS demand of UE the problem of.

First aspect provides a kind of data receiver method, including：

Receive the service request that user equipment (UE) is sent；

Discontinuous transmission DTX is configured by non-using the progress of the first DTX parameter sets according to the service request that the UE is sent Continuous transmitting is switched to carries out discontinuous transmission using the 2nd DTX parameter sets, the first DTX weeks in the first DTX parameter sets The activated state time of phase is less than the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets or the first DTX Ratio of the activated state time in the first DTX periods in parameter set in the first DTX periods is less than in the 2nd DTX parameter sets The 2nd DTX periods ratio of the activated state time in the 2nd DTX periods；

The DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets are sent to the UE；

DTX configurations according to discontinuous transmission is carried out using the 2nd DTX parameter sets determine the 2nd DTX periods The activated state time；

The upstream data that the UE is sent is received within the activated state time in the 2nd DTX periods.

With reference to first aspect, in the first possible realization method of first aspect, the non-of the first DTX periods swashs The state time living is greater than or equal to the inactive state time in the 2nd DTX periods.

With reference to first aspect or the first possible realization method of first aspect, second in first aspect are possible In realization method, the first DTX periods are greater than or equal to the 2nd DTX periods.

With reference to first aspect or second of the first possible realization method of first aspect or first aspect possible Realization method, in the third possible realization method of first aspect, the method further includes：

Determine that the upstream data of the UE is sent, and DTX configurations is non-by being carried out using the 2nd DTX parameter sets Continuous transmitting is switched to carries out discontinuous transmission using the first DTX parameter sets；

The DTX configurations that discontinuous transmission is carried out using the first DTX parameter sets are sent to the UE.

The third possible realization method with reference to first aspect, in the 4th kind of possible realization method of first aspect In, it is described that the DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets are sent to the UE, including：

It is broadcast the message, will adopted by the first radio resource control RRC dedicated signalings or the first paging message or first The DTX configurations that discontinuous transmission is carried out with the 2nd DTX parameter sets are sent to the UE；

It is described that the DTX configurations that discontinuous transmission is carried out using the first DTX parameter sets are sent to the UE, it wraps It includes：

It is broadcast the message by the 2nd RRC dedicated signalings or the second paging message or second, the first DTX parameters will be used The DTX configurations that collection carries out discontinuous transmission are sent to the UE.

With reference to first aspect or second of the first possible realization method of first aspect or first aspect possible 4th kind of possible realization method of the possible realization method of the third of realization method or first aspect or first aspect, In 5th kind of possible realization method of one side, the method further includes：

According to the service request, establish RRC with the UE and connect；

The upstream data that the UE is received within the activated state time in the 2nd DTX periods and is sent, including：

It is connected by the RRC, the upper line number that the UE is sent is received within the activated state time in the 2nd DTX periods According to.

With reference to first aspect or second of the first possible realization method of first aspect or first aspect possible The 4th kind of possible realization method or of the possible realization method of the third of realization method or first aspect or first aspect 5th kind of possible realization method of one side, in the 6th kind of possible realization method of first aspect, the service request Including scheduling request or random access request.

Second aspect provides a kind of data transmission method for uplink, including：

Service request is sent to base station；

The DTX configurations that use the second discontinuous transmission DTX parameter sets that the base station is sent carry out discontinuous transmission are received, Wherein, the DTX that discontinuous transmission is carried out using the second discontinuous transmission DTX parameter sets is configured to the base station according to Service request is configured by the DTX that uses after the DTX configuration switchings of discontinuous transmission are carried out using the first DTX parameter sets, and described the The activated state time in the first DTX periods in one DTX parameter sets is less than the 2nd DTX periods in the 2nd DTX parameter sets Ratio of the activated state time in activated state time or the first DTX periods in the first DTX parameter sets in the first DTX periods Example is less than ratio of the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods；

Described the is determined according to the DTX configurations that discontinuous transmission is carried out using the second discontinuous transmission DTX parameter sets The activated state time in two DTX periods；

Within the activated state time in the 2nd determining DTX periods upstream data is sent to the base station.

With reference to second aspect, in the first possible realization method of second aspect, the non-of the first DTX periods swashs The state time living is greater than or equal to the inactive state time in the 2nd DTX periods.

With reference to the possible realization method of the first of second aspect or second aspect, second in second aspect is possible In realization method, the first DTX periods are greater than or equal to the 2nd DTX periods.

Second with reference to the possible realization method of the first of second aspect or second aspect or second aspect is possible Realization method, in the third possible realization method of second aspect, within the activated state time in the 2nd DTX periods to After the base station sends upstream data, the method further includes：

Receive the DTX configurations that the first DTX parameter sets of use that base station is sent carry out discontinuous transmission.

With reference to the third possible realization method of second aspect, in the 4th kind of possible realization method of second aspect In, the DTX configurations for receiving use the second discontinuous transmission DTX parameter sets that the base station is sent and carrying out discontinuous transmission, Including：

Receive the first radio resource control RRC dedicated signalings or the first paging message or first that the base station is sent Broadcast message, the first RRC dedicated signalings or the first paging message or the first broadcast message include described using the second non-company Supervention penetrates the DTX configurations that DTX parameter sets carry out discontinuous transmission；

The DTX configurations for receiving the first DTX parameter sets of use that base station is sent and carrying out discontinuous transmission, including：

Receive the 2nd RRC dedicated signalings or the second paging message or the second broadcast message that the base station sends, described the Two RRC dedicated signalings or the second paging message or the second broadcast message include described discontinuous using the progress of the first DTX parameter sets The DTX configurations of transmitting.

Second with reference to the possible realization method of the first of second aspect or second aspect or second aspect is possible 4th kind of possible realization method of the possible realization method of the third of realization method or second aspect or second aspect, In 5th kind of possible realization method of two aspects, the service request includes scheduling request or random access request.

The third aspect provides a kind of data receiver method, including：

The service request for request the first business of initiation that user equipment (UE) is sent is received, and receives what the UE was sent Resource type needed for the service quality QoS grade of first business and/or first business；

According to the resource type needed for the QoS grades of first business and/or first business, from the use of setting At least one discontinuous transmission DTX parameter sets are carried out in the DTX configurations of discontinuous transmission, determine the QoS with first business The corresponding DTX that discontinuous transmission is carried out using the 3rd DTX parameter sets of resource type needed for grade and/or first business Configuration；

The DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets are sent to the UE；

According to the activation in the DTX configurations determining 3rd DTX periods that discontinuous transmission is carried out using the 3rd DTX parameter sets The state time；

The upstream data that the UE is sent is received within the activated state time in the 3rd DTX periods.

It is described to receive what the UE was sent in the first possible realization method of the third aspect with reference to the third aspect Resource type needed for the service quality QoS grade of first business and/or first business, including：

The radio resource control RRC connection setup complete messages that the UE is sent are received, the RRC connections have been established Into the resource type needed for QoS grades of the message including first business and/or first business.

With reference to the possible realization method of the first of the third aspect or the third aspect, second in the third aspect is possible It is described that the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets are sent to the UE in realization method, it wraps It includes：

It, will be described discontinuous using the progress of the 3rd DTX parameter sets by RRC dedicated signalings or paging message or broadcast message The DTX configurations of transmitting are sent to the UE.

Second with reference to the possible realization method of the first of the third aspect or the third aspect or the third aspect is possible Realization method, in the third possible realization method of the third aspect, what the reception user equipment (UE) was sent is used to ask The service request of the first business is initiated, including：

Receive the service request that at least one first business is initiated for request that user equipment (UE) is sent；

The resource type according to needed for the QoS grades of first business and/or first business, from setting In at least one DTX configurations that discontinuous transmission is carried out using discontinuous transmission DTX parameter sets, determine and first business Resource type the 3rd DTX parameter sets of corresponding use needed for QoS grades and/or first business carry out discontinuous transmission DTX is configured, including：

According to the resource needed for the QoS grades of at least one first business and/or at least one first business Type from the DTX configurations for carrying out discontinuous transmission using at least one DTX parameter sets of setting, determines at least one and institute State at least one first business QoS grades and/or at least one first business needed for the corresponding use of resource type 4th DTX parameter sets carry out the DTX configurations of discontinuous transmission；

From at least one DTX configurations that discontinuous transmission is carried out using the 4th DTX parameter sets, the DTX periods are determined Activated state time longest, and the DTX periods the inactive state time it is shortest using the 4th DTX parameter sets carry out discontinuous transmission DTX configuration as it is described using the 3rd DTX parameter sets carry out discontinuous transmission DTX be configured.

Second with reference to the possible realization method of the first of the third aspect or the third aspect or the third aspect is possible The possible realization method of the third of realization method or the third aspect, in the 4th kind of possible realization method of the third aspect, The method further includes：

If DTX configurations carry out discontinuous transmission using the non-3rd DTX parameter sets, by DTX configurations by using non- The 3rd DTX parameter sets carry out discontinuous transmission and are switched to using the 3rd DTX parameter sets progress discontinuous transmission.

Second with reference to the possible realization method of the first of the third aspect or the third aspect or the third aspect is possible 4th kind of possible realization method of the possible realization method of the third of realization method or the third aspect or the third aspect, In 5th kind of possible realization method of three aspects, at least one DTX parameter sets correspond to different parameter combinations, institute respectively Parameter combination is stated including at least one in QoS grades and resource type.

Second with reference to the possible realization method of the first of the third aspect or the third aspect or the third aspect is possible The 4th kind of possible realization method or of the possible realization method of the third of realization method or the third aspect or the third aspect 5th kind of possible realization method of three aspects, in the 6th kind of possible realization method of the third aspect, the service request Including scheduling request or random access request.

Fourth aspect provides a kind of data transmission method for uplink, including：

The service request for asking to initiate the first business is sent to base station, and first business is sent to the base station Service quality QoS grade and/or first business needed for resource type；

Receive the DTX configurations that the 3rd DTX parameter sets of use that the base station is sent carry out discontinuous transmission, it is described to use the The DTX configurations that three DTX parameter sets carry out discontinuous transmission are QoS grade and/or institute of the base station according to first business The required resource type of the first business is stated, is carried out from least one discontinuous transmission DTX parameter sets of the use of setting discontinuous The resource type pair needed for the QoS grades of first business and/or first business determined in the DTX configurations of transmitting The DTX configurations answered；

Within the activated state time in the 3rd DTX periods upstream data is sent to the base station.

It is described to send institute to the base station in the first possible realization method of fourth aspect with reference to fourth aspect State the first business service quality QoS grade and/or first business needed for resource type, including：

Radio resource control RRC connection setup complete messages are sent to the base station, the RRC connections, which are established, to be completed Resource type needed for QoS grades and/or first business of the message including first business.

With reference to the possible realization method of the first of fourth aspect or fourth aspect, second in fourth aspect is possible In realization method, the DTX configurations for receiving the 3rd DTX parameter sets of use that the base station is sent and carrying out discontinuous transmission, packet It includes：

It receives the RRC dedicated signalings or paging message or broadcast message that the base station sends, the RRC dedicated signalings or seeks Message or broadcast message is exhaled to include the DTX configurations for carrying out discontinuous transmission using the 3rd DTX parameter sets.

Second with reference to the possible realization method of the first of fourth aspect or fourth aspect or fourth aspect is possible Realization method, in the third possible realization method of fourth aspect, the service request includes scheduling request or connects at random Enter request.

5th aspect provides a kind of data receiver method, including：

Receive the service request that user equipment (UE) is sent；

Emission state is switched to by continuous emission state by discontinuous transmission DTX state according to the service request；

The emission state of the continuous emission state after the switching is sent to the UE；

Under continuous emission state after the switching, the upstream data that the UE is sent is received.

With reference to the 5th aspect, in the first possible realization method of the 5th aspect, the method further includes：Determine institute The upstream data for stating UE is sent；

The emission state is switched to DTX state；

The emission state of the DTX state after switching is sent to the UE.

With reference to the 5th aspect, in second of possible realization method of the 5th aspect, the method further includes：By institute When stating emission state and being switched to continuous emission state by DTX state, start timing, at the end of timing, by the emission state DTX state is switched to, and the emission state of the DTX state after switching is sent to the UE by continuous emission state.

With reference to second of possible realization method of the 5th aspect, in the third possible realization method of the 5th aspect In, the method further includes：

If receiving the service request of other UE transmissions before timing terminates, restart timing.

Second with reference to the first possible realization method or the 5th aspect of the 5th aspect or the 5th aspect is possible The third possible realization method of realization method or the 5th aspect, in the 4th kind of possible realization method of the 5th aspect, The service request includes scheduling request or random access request.

6th aspect provides a kind of data transmission method for uplink, including：

Service request is sent to base station；

The emission state continuously emitted after the base station that the base station is sent switches according to the service request is received, Wherein, the emission state before the base station switching is discontinuous transmission DTX state；

The emission state continuously emitted after being switched according to the base station is determined to send the time of upstream data and/or will be sent out The state of penetrating is switched to the emission state continuously emitted；

To the base station according to the time of the determining transmission upstream data and/or under the emission state continuously emitted Send upstream data.

With reference to the 6th aspect, in the first possible realization method of the 6th aspect, the method further includes：Receive institute State the emission state of the DTX state of base station transmission.

7th aspect provides a kind of base station, including：

Receiving module, for receiving the service request of user equipment (UE) transmission；

Handover module, the service request that the UE for being received according to the receiving module is sent, by discontinuous transmission DTX configurations are switched to by carrying out discontinuous transmission using the first DTX parameter sets using the discontinuous hair of the 2nd DTX parameter sets progress It penetrates, the activated state time in the first DTX periods in the first DTX parameter sets is less than second in the 2nd DTX parameter sets The activated state time in the activated state time in DTX periods or the first DTX periods in the first DTX parameter sets was at the first DTX weeks Interim ratio is less than ratio of the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods Example；

Sending module, for the handover module to carry out the 2nd DTX parameter sets of use used after DTX configuration switchings The DTX configurations of discontinuous transmission are sent to the UE；

Determining module, described in being determined according to the DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets The activated state time in the 2nd DTX periods；

The receiving module was additionally operable in the activated state time in the 2nd DTX periods determined in the determining module Receive the upstream data that the UE is sent.

With reference to the 7th aspect, in the first possible realization method of the 7th aspect, the non-of the first DTX periods swashs The state time living is greater than or equal to the inactive state time in the 2nd DTX periods.

With reference to the first possible realization method of the 7th aspect or the 7th aspect, second at the 7th aspect is possible In realization method, the first DTX periods are greater than or equal to the 2nd DTX periods.

Second with reference to the first possible realization method or the 7th aspect of the 7th aspect or the 7th aspect is possible Realization method, in the third possible realization method of the 7th aspect, the handover module is additionally operable to determine that the UE's is upper Row data are sent, and DTX configurations are switched to use using the 2nd DTX parameter sets progress discontinuous transmission by described The first DTX parameter sets carry out discontinuous transmission；

The sending module is additionally operable to the handover module will carry out discontinuous transmission using the 2nd DTX parameter sets The DTX configurations that discontinuous transmission is carried out using the first DTX parameter sets used after DTX configuration switchings are sent to The UE.

With reference to the third possible realization method of the 7th aspect, in the 4th kind of possible realization method of the 7th aspect In, the sending module is specifically used for through the first radio resource control RRC dedicated signalings or the first paging message or the The DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets are sent to the UE by one broadcast message；

The sending module is specifically used for through the 2nd RRC dedicated signalings or the second paging message or the second broadcast message, The DTX configurations that discontinuous transmission is carried out using the first DTX parameter sets are sent to the UE.

Second with reference to the first possible realization method or the 7th aspect of the 7th aspect or the 7th aspect is possible The 4th kind of possible realization method of the third possible realization method or the 7th aspect of realization method or the 7th aspect, the In 5th kind of possible realization method of seven aspects, the base station further includes connection establishment module；

The connection establishment module is used for the service request received according to the receiving module, and establishing RRC with the UE connects It connects；

The receiving module is specifically used for the RRC connections established by the connection establishment module, described second The upstream data that the UE is sent is received in the activated state time in DTX periods.

Second with reference to the first possible realization method or the 7th aspect of the 7th aspect or the 7th aspect is possible The 4th kind of possible realization method or the of the third possible realization method or the 7th aspect of realization method or the 7th aspect 5th kind of possible realization method of seven aspects, in the 6th kind of possible realization method of the 7th aspect, the service request Including scheduling request or random access request.

Eighth aspect provides a kind of user equipment, including：

Sending module, for sending service request to base station；

Receiving module, use the second discontinuous transmission DTX parameter sets for receiving the base station transmission carry out discontinuous The DTX configurations of transmitting, wherein, the DTX that discontinuous transmission is carried out using the second discontinuous transmission DTX parameter sets is configured to institute Base station is stated according to the service request that the sending module is sent by the DTX for carrying out discontinuous transmission using the first DTX parameter sets to be matched Put the DTX configurations used after switching, activated state time in the first DTX periods in the first DTX parameter sets is less than described the The activated state time in the 2nd DTX periods in two DTX parameter sets or swashing for the first DTX periods in the first DTX parameter sets Ratio of the state time living in the first DTX periods is less than the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets Ratio in the 2nd DTX periods；

Determining module, the 2nd DTX parameter sets of use for being received according to the receiving module carry out discontinuous transmission DTX configurations determine the activated state time in the 2nd DTX periods；

The sending module is additionally operable in the activated state time in the 2nd DTX periods determined in the determining module to institute It states base station and sends upstream data.

With reference to eighth aspect, in the first possible realization method of eighth aspect, the non-of the first DTX periods swashs The state time living is greater than or equal to the inactive state time in the 2nd DTX periods.

With reference to the possible realization method of the first of eighth aspect or eighth aspect, second in eighth aspect is possible In realization method, the first DTX periods are greater than or equal to the 2nd DTX periods.

Second with reference to the possible realization method of the first of eighth aspect or eighth aspect or eighth aspect is possible Realization method, in the third possible realization method of eighth aspect, the receiving module is additionally operable in the sending module After sending upstream data to the base station within the activated state time in the 2nd DTX periods, receive what the base station was sent The DTX that discontinuous transmission is carried out using the first DTX parameter sets is configured.

With reference to the third possible realization method of eighth aspect, in the 4th kind of possible realization method of eighth aspect In, the receiving module is specifically used for receiving the first radio resource control RRC dedicated signalings that the base station sends or the One paging message or the first broadcast message, the first RRC dedicated signalings or the first paging message or the first broadcast message include The DTX that discontinuous transmission is carried out using the 2nd DTX parameter sets is configured；

The receiving module be specifically used for receiving the 2nd RRC dedicated signalings that the base station sends or the second paging message or Second broadcast message, the 2nd RRC dedicated signalings or the second paging message or the second broadcast message include described using first DTX parameter sets carry out the DTX configurations of discontinuous transmission.

Second with reference to the possible realization method of the first of eighth aspect or eighth aspect or eighth aspect is possible 4th kind of possible realization method of the possible realization method of the third of realization method or eighth aspect or eighth aspect, In 5th kind of possible realization method of eight aspects, the service request includes scheduling request or random access request.

9th aspect provides a kind of base station, including：

Receiving module for receiving the service request for request the first business of initiation of user equipment (UE) transmission, and connects Receive first business that the UE is sent service quality QoS grade and/or first business needed for resource type；

Determining module, for the QoS grades of the first business received according to the receiving module and/or first business Required resource type is configured from the DTX that discontinuous transmission is carried out using at least one discontinuous transmission DTX parameter sets of setting In, it determines corresponding with the resource type needed for the QoS grades of first business and/or first business using third DTX parameter sets carry out the DTX configurations of discontinuous transmission；

Sending module, the 3rd DTX parameter sets of use for the determining module to be determined carry out the DTX of discontinuous transmission Configuration is sent to the UE；

The determining module is additionally operable to true according to the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets The activated state time in fixed 3rd DTX periods；

The receiving module is additionally operable to receive in the activated state time in the 3rd DTX periods determined in the determining module The upstream data that the UE is sent.

With reference to the 9th aspect, in the first possible realization method of the 9th aspect, the receiving module is specifically used for Receive the radio resource control RRC connection setup complete messages that the UE is sent, the RRC connection setup complete messages packet Include first business QoS grades and/or first business needed for resource type.

With reference to the first possible realization method of the 9th aspect or the 9th aspect, second at the 9th aspect is possible In realization method, the sending module is specifically used for by RRC dedicated signalings or paging message or broadcast message, by the use The DTX configurations that 3rd DTX parameter sets carry out discontinuous transmission are sent to the UE.

Second with reference to the first possible realization method or the 9th aspect of the 9th aspect or the 9th aspect is possible Realization method, in the third possible realization method of the 9th aspect, the receiving module is sent out specifically for receiving the UE That send initiates the service request of at least one first business for request；

The determining module, specifically for the QoS grades according at least one first business and/or described at least one Resource type needed for a first business carries out discontinuous hair from least one discontinuous transmission DTX parameter sets of the use of setting In the DTX configurations penetrated, at least one QoS grades at least one first business and/or described at least one the are determined The corresponding DTX configurations that discontinuous transmission is carried out using the 4th DTX parameter sets of resource type needed for one business, from it is described at least One the 4th DTX parameter set of use is carried out in the DTX configurations of discontinuous transmission, determines the activated state time longest in DTX periods, and The shortest DTX configurations using the 4th DTX parameter sets progress discontinuous transmission of inactive state time in DTX periods are adopted described in being used as The DTX that discontinuous transmission is carried out with the 3rd DTX parameter sets is configured.

Second with reference to the first possible realization method or the 9th aspect of the 9th aspect or the 9th aspect is possible The third possible realization method of realization method or the 9th aspect, in the 4th kind of possible realization method of the 9th aspect, The determining module is additionally operable to when DTX configurations carry out discontinuous transmission using the non-3rd DTX parameter sets, by the DTX Configuration is non-using the 3rd DTX parameter sets progress by being switched to using the non-3rd DTX parameter sets progress discontinuous transmission Continuous transmitting.

Second with reference to the first possible realization method or the 9th aspect of the 9th aspect or the 9th aspect is possible The 4th kind of possible realization method of the third possible realization method or the 9th aspect of realization method or the 9th aspect, the In 5th kind of possible realization method of nine aspects, at least one DTX parameter sets correspond to different parameter combinations, institute respectively Parameter combination is stated including at least one in QoS grades and resource type.

Second with reference to the first possible realization method or the 9th aspect of the 9th aspect or the 9th aspect is possible The 4th kind of possible realization method or the of the third possible realization method or the 9th aspect of realization method or the 9th aspect 5th kind of possible realization method of nine aspects, in the 6th kind of possible realization method of the 9th aspect, the service request Including scheduling request or random access request.

Tenth aspect provides a kind of user equipment, including：

Sending module for sending the service request for asking to initiate the first business to base station, and is sent out to the base station Send first business service quality QoS grade and/or first business needed for resource type；

Receiving module, the use third discontinuous transmission DTX parameter sets for receiving the base station transmission carry out discontinuous The DTX configurations of transmitting, the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets are the base stations according to The required resource type of the QoS grades of first business and/or first business, from least one DTX ginsengs of the use of setting Manifold carries out the QoS grades with first business determined in the DTX configurations of discontinuous transmission and/or the first business institute The corresponding DTX configurations of resource type needed；

Determining module, the 3rd DTX parameter sets of use for being received according to the receiving module carry out discontinuous transmission DTX configurations determine the activated state time in the 3rd DTX periods；

The sending module is additionally operable in the activated state time in the 3rd DTX periods determined in the determining module to institute It states base station and sends upstream data.

With reference to the tenth aspect, in the first possible realization method of the tenth aspect, the sending module is specifically used for Radio resource control RRC connection setup complete messages are sent to the base station, the RRC connection setup complete messages include Resource type needed for the QoS grades of first business and/or first business.

With reference to the first possible realization method of the tenth aspect or the tenth aspect, second at the tenth aspect is possible In realization method, the receiving module, RRC dedicated signalings or paging message or broadcast specifically for the reception base station transmission Message, the RRC dedicated signalings or paging message or broadcast message include described using the discontinuous hair of the 3rd DTX parameter sets progress The DTX configurations penetrated.

Second with reference to the first possible realization method or the tenth aspect of the tenth aspect or the tenth aspect is possible Realization method, in the third possible realization method of the tenth aspect, the service request includes scheduling request or connects at random Enter request.

Tenth one side provides a kind of base station, including：

Handover module, for the service request that is received according to the receiving module by emission state by discontinuous transmission DTX State is switched to continuous emission state；

Sending module, for the emission state of the continuous emission state after handover module switching to be sent to institute State UE；

The receiving module is additionally operable under the continuous emission state after the handover module switches, and receives the UE hairs The upstream data sent.

With reference to the tenth on the one hand, in the first possible realization method of the tenth one side, the base station further includes really Cover half block；

The determining module, the upstream data for determining the UE are sent；

The handover module is additionally operable to after the determining module determines that the upstream data of the UE is sent, by institute It states emission state and is switched to DTX state；

The sending module, the emission state for being additionally operable to the DTX state after the handover module is switched are sent to The UE.

With reference to the tenth on the one hand, in second of possible realization method of the tenth one side, the base station further includes：Meter When module, for the timing when the emission state is switched to continuous emission state by DTX state；

The handover module is additionally operable to the emission state at the end of the timing module timing by continuous emitting shape State is switched to DTX state；

The sending module, for the emission state of the DTX state after handover module switching to be sent to institute State UE.

With reference to second of possible realization method of the tenth one side, in the third possible realization side of the tenth one side In formula, the timing module, the business for being additionally operable to receive other UE transmissions before timing terminates in the receiving module please When asking, restart timing.

With reference to second of the first possible realization method or the tenth one side of the tenth one side or the tenth one side The third possible realization method of possible realization method or the tenth one side, in the 4th kind of possible reality of the tenth one side In existing mode, the service request includes scheduling request or random access request.

12nd aspect provides a kind of user equipment, including：

Sending module, for sending service request to base station；

Receiving module, for receiving the continuous hair after the base station that the base station is sent switches according to the service request The emission state penetrated, wherein, the emission state before the base station switching is discontinuous transmission DTX state；

Determining module, for received according to the receiving module the base station switching after the emitting shape continuously emitted State determines to send the time of upstream data and/or emission state is switched to the emission state continuously emitted；

The sending module is additionally operable to the time of the transmission upstream data determined according to the determining module and/or even Under the emission state that supervention is penetrated upstream data is sent to the base station.

With reference to the 12nd aspect, in the first possible realization method of the 12nd aspect, the receiving module is also used In the emission state for receiving the DTX state that the base station is sent.

13rd aspect provides a kind of base station, including：

Receiver, for receiving the service request of user equipment (UE) transmission；

Processor, the service request that the UE for being received according to the receiver is sent, discontinuous transmission DTX is matched It puts and is switched to by carrying out discontinuous transmission using the first DTX parameter sets using the 2nd DTX parameter sets progress discontinuous transmission, it is described The activated state time in the first DTX periods in the first DTX parameter sets is less than the 2nd DTX periods in the 2nd DTX parameter sets The activated state time or the first DTX periods in the first DTX parameter sets the activated state time in the first DTX periods Ratio is less than ratio of the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods；

Transmitter, for the processor to be carried out non-company to the 2nd DTX parameter sets of use used after DTX configuration switchings The DTX configurations that supervention is penetrated are sent to the UE；

The processor is additionally operable to be determined according to the DTX configurations for carrying out discontinuous transmission using the 2nd DTX parameter sets The activated state time in the 2nd DTX periods；

The receiver is additionally operable to receive in the activated state time in the 2nd DTX periods determined in the processor The upstream data that the UE is sent.

Fourteenth aspect provides a kind of user equipment, including：

Transmitter, for sending service request to base station；

Receiver carries out discontinuous hair for receiving use the second discontinuous transmission DTX parameter sets that the base station is sent The DTX configurations penetrated, wherein, the DTX using the second discontinuous transmission DTX parameter sets progress discontinuous transmission is configured to described Base station is configured according to the service request that the sending module is sent by the DTX that discontinuous transmission is carried out using the first DTX parameter sets The DTX used after switching is configured, and the activated state time in the first DTX periods in the first DTX parameter sets is less than described second The activation of the activated state time or the first DTX periods in the first DTX parameter sets in the 2nd DTX periods in DTX parameter sets The activated state time that ratio of the state time in the first DTX periods is less than the 2nd DTX periods in the 2nd DTX parameter sets exists Ratio in 2nd DTX periods；

Processor, the DTX that the 2nd DTX parameter sets of use for being received according to the receiver carry out discontinuous transmission match Put the activated state time in the determining 2nd DTX periods；

The transmitter is additionally operable in the activated state time in the 2nd DTX periods determined in the processor to the base station Send upstream data.

15th aspect provides a kind of base station, including：

Receiver for receiving the service request for request the first business of initiation of user equipment (UE) transmission, and receives Resource type needed for the service quality QoS grade and/or first business of first business that the UE is sent；

Processor, for needed for the QoS grades of the first business received according to the receiver and/or first business Resource type, in the DTX configurations for carrying out discontinuous transmission using at least one discontinuous transmission DTX parameter sets from setting, It determines corresponding with the resource type needed for the QoS grades of first business and/or first business using the 3rd DTX ginsengs Manifold carries out the DTX configurations of discontinuous transmission；

Transmitter, the 3rd DTX parameter sets of use for the processor to be determined carry out the DTX configurations of discontinuous transmission It is sent to the UE；

The processor is additionally operable to be determined according to the DTX configurations for carrying out discontinuous transmission using the 3rd DTX parameter sets The activated state time in the 3rd DTX periods；

The receiver is additionally operable to receive the UE in the activated state time in the 3rd DTX periods determined in the processor The upstream data of transmission.

16th aspect provides a kind of user equipment, including：

Transmitter for sending the service request for asking to initiate the first business to base station, and is sent to the base station Resource type needed for the service quality QoS grade of first business and/or first business；

Receiver carries out discontinuous hair for receiving the use third discontinuous transmission DTX parameter sets that the base station is sent The DTX configurations penetrated, the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets are the base stations according to described the The required resource type of the QoS grades of one business and/or first business, from least one DTX parameters of the use of setting Collection carry out discontinuous transmission DTX configuration in determine with the QoS grades of first business and/or first business needed for Resource type corresponding DTX configurations；

Processor, the DTX that the 3rd DTX parameter sets of use for being received according to the receiver carry out discontinuous transmission match Put the activated state time in determining 3rd DTX periods；

The transmitter is additionally operable in the activated state time in the 3rd DTX periods determined in the processor to the base station Send upstream data.

17th aspect provides a kind of base station, including：

Processor, for the service request that is received according to the receiver by emission state by discontinuous transmission DTX state It is switched to continuous emission state；

Transmitter, it is described for the emission state of the continuous emission state after processor switching to be sent to UE；

The receiver is additionally operable under the continuous emission state after the processor switches, and receives what the UE was sent Upstream data.

18th aspect provides a kind of user equipment, including：

Transmitter, for sending service request to base station；

Receiver, for receiving the continuous transmitting after the base station that the base station is sent switches according to the service request Emission state, wherein, the emission state before the switching of the base station is discontinuous transmission DTX state；

Processor, the emission state continuously emitted after the base station for being received according to the receiver switches are true Surely it sends the time of upstream data and/or emission state is switched to the emission state continuously emitted；

The transmitter is additionally operable to the time of the transmission upstream data determined according to the processor and/or is continuously emitting Emission state under to the base station send upstream data.

On the one hand data receiver method, sending method and the base station provided, by setting two DTX parameter sets, wherein, the The activated state time in the DTX periods that one parameter set includes is shorter, and the activated state time in the DTX periods that the second parameter set includes compared with Long, when not having UE to initiate business, base station performs DTX using the parameter of the first parameter set so that base station can save electricity； After the service request for receiving UE, by by DTX configuration changes be the second parameter set configuration so that base station can have industry in UE During business demand, extend the time in activated state, reduce the time in inactive state, UE can be enable to access cell in time Serviced, the time delay for alleviating UE access or carrying out data transmission, solve due to base station perform it is more macrocyclic The problem of DTX, that brings can not meet the QoS demand of UE.

On the other hand data receiver method, sending method and the base station provided, for the service quality rating of different business And/or required resource type, at least one DTX parameter sets are set, after the service request for receiving UE transmissions, are sent out according to UE Send request carry out business service quality rating and/or required resource type, from using at least one DTX parameter sets into In the DTX configurations of row discontinuous transmission, determine and the service quality rating of the business of UE request developments and/or required resources-type The corresponding DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets of type, then according to using the 3rd DTX parameter sets The DTX configurations for carrying out discontinuous transmission determine to receive the upstream data of UE in the activated state time in the 3rd DTX periods so that base station Can be according to the different business demand of UE, preferably time scale of the adjustment in activated state and inactive state, can enable UE Enough cells of access in time are serviced, and the time delay for alleviating UE access or carrying out data transmission is solved since base station performs The problem of more macrocyclic DTX, that brings can not meet the QoS demand of UE.

Data receiver method, sending method and the base station that another aspect provides, in the case where UE has business demand, base station Emission state is switched to continuous emission state by DTX state, UE can be made to access cell in time and serviced, UE is alleviated and connect The time delay for entering or carrying out data transmission is solved since base station performs more macrocyclic DTX, and that brings can not meet UE's The problem of QoS demand, so as to ensure the transmission or access of the above-mentioned data of UE.

Description of the drawings

In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, to embodiment or will show below There is attached drawing needed in technology description to be briefly described, it should be apparent that, the accompanying drawings in the following description is this hair Some bright embodiments, for those of ordinary skill in the art, without having to pay creative labor, can be with Other attached drawings are obtained according to these attached drawings.

Fig. 1 is a kind of flow chart of data receiver method provided in an embodiment of the present invention；

Fig. 2 is the schematic diagram of the DTX mechanism provided in an embodiment of the present invention using the first DTX parameter sets；

Fig. 3 is the schematic diagram of the DTX mechanism provided in an embodiment of the present invention using the 2nd DTX parameter sets；

Fig. 4 is the flow chart of another data receiver method provided in an embodiment of the present invention；

Fig. 5 is the flow chart of another data receiver method provided in an embodiment of the present invention；

Fig. 6 is a kind of flow chart of data transmission method for uplink provided in an embodiment of the present invention；

Fig. 7 is the flow chart of another data receiver method provided in an embodiment of the present invention；

Fig. 8 is the flow chart of another data transmission method for uplink provided in an embodiment of the present invention；

Fig. 9 is the flow chart of another data receiver method provided in an embodiment of the present invention；

Figure 10 is the flow chart of another data transmission method for uplink provided in an embodiment of the present invention；

Figure 11 is a kind of structure diagram of base station provided in an embodiment of the present invention；

Figure 12 is the structure diagram of another base station provided in an embodiment of the present invention；

Figure 13 is a kind of structure diagram of UE provided in an embodiment of the present invention；

Figure 14 is the structure diagram of another kind UE provided in an embodiment of the present invention；

Figure 15 is the structure diagram of another base station provided in an embodiment of the present invention；

Figure 16 is the structure diagram of another base station provided in an embodiment of the present invention；

Figure 17 is the structure diagram of another UE provided in an embodiment of the present invention；

Figure 18 is the structure diagram of another UE provided in an embodiment of the present invention；

Figure 19 is the structure diagram of another base station provided in an embodiment of the present invention；

Figure 20 is the structure diagram of another base station provided in an embodiment of the present invention；

Figure 21 is the structure diagram of another UE provided in an embodiment of the present invention；

Figure 22 is the structure diagram of another UE provided in an embodiment of the present invention.

Specific embodiment

Purpose, technical scheme and advantage to make the embodiment of the present invention are clearer, below in conjunction with the embodiment of the present invention In attached drawing, the technical solution in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is Part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art All other embodiments obtained without creative efforts shall fall within the protection scope of the present invention.

Illustrate first, since the base station belonging to NTC cells is configurable to DTX state, i.e., the base station belonging to NTC cells can Alternately in activated state and inactive state, activated state and inactive state can be in by changing the base station belonging to NTC cells Time, to achieve the purpose that change the effect that the base station belonging to the NTC cells is UE services, therefore following embodiment of the present invention Suitable for NTC cells, but it is not limited to NTC cells.

Fig. 1 is a kind of flow chart of data receiver method provided in an embodiment of the present invention.As shown in Figure 1, the method packet It includes：

Step 101 receives the service request that UE is sent.

DTX is configured by carrying out discontinuous hair using the first DTX parameter sets according to the service request that UE is sent for step 102 It penetrates to be switched to and discontinuous transmission is carried out using the 2nd DTX parameter sets.

The DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets are sent to the UE by step 103.

In the present embodiment, the DTX parameter sets can include at least one of parameters described below：The length in DTX periods, The parameters such as the activated state time in DTX periods and the inactive state time in DTX periods.For example, the first DTX parameter sets can be with Including at least one of parameters described below：First DTX periods, the first DTX periods activated state time and the first DTX periods in The parameters such as inactive state time；The 2nd DTX parameter sets can include at least one of parameters described below：2nd DTX periods, The parameters such as the inactive state time in the activated state time and the 2nd DTX periods in two DTX periods.

Wherein, the activated state time in the first DTX periods in the first DTX parameter sets is less than the in the 2nd DTX parameter sets The activated state time in the activated state time in two DTX periods or the first DTX periods in the first DTX parameter sets is in the first DTX Ratio in period is less than the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods Ratio in this way when base station is changed to perform DTX using the 2nd DTX parameter sets from the first DTX parameter sets, can extend in activation The time of state reduces the time in inactive state, UE can be enable to access cell in time and serviced, alleviate UE access Or the time delay carried out data transmission, it solves since base station performs more macrocyclic DTX, that brings can not meet UE's The problem of QoS demand.

Further alternative, the inactive state time in the first DTX periods in the first DTX parameter sets can be greater than or equal to The inactive state time in the 2nd DTX periods in the 2nd DTX parameter sets.The first DTX periods in the first DTX parameter sets The inactive state time be more than the 2nd DTX parameter sets in the 2nd DTX periods the inactive state time in the case of, work as base Stand from the first DTX parameter sets be changed to using the 2nd DTX parameter sets perform DTX when, can be further reduced in inactive state Time can enable UE access cell in time and be serviced, and the time delay for alleviating UE access or carrying out data transmission solves Since base station performs more macrocyclic DTX, the problem of that brings can not meet the QoS demand of UE.

Further alternative, the first DTX periods can be greater than or equal to the 2nd DTX periods.Described first In the case that the DTX periods are more than the 2nd DTX periods, when base station is changed to from the first DTX parameter sets using the 2nd DTX parameter sets When performing DTX, the time in inactive state can also be further reduced, UE can be enable to access cell in time and taken Business, the time delay for alleviating UE access or carrying out data transmission are solved since base station performs more macrocyclic DTX, are brought The QoS demand that can not meet UE the problem of.

In one example, the activated state time in the first DTX periods in the first DTX parameter sets can be equal to described The activated state time in the 2nd DTX periods in the 2nd DTX parameter sets, and the first DTX periods in the first DTX parameter sets More than the 2nd DTX periods in the 2nd DTX parameter sets.

In one example, the activated state time in the first DTX periods in above-mentioned the first DTX parameter sets is less than institute The description for stating the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets could alternatively be：

Ratio of the activated state time in the first DTX periods in the first DTX parameter sets in the first DTX periods is less than Ratio of the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods.For example, one kind is adopted It is with the DTX mechanism of the first DTX parameter sets as shown in Fig. 2, a kind of as shown in Figure 3 using the DTX mechanism of the 2nd DTX parameter sets.

When the DTX of base station is configured to carry out discontinuous transmission using the first DTX parameter sets, within each DTX periods In inactive state（That is Transmitter Turn-Off）Duration it is long, and within each DTX periods be in activated state（I.e. transmitter is beaten It opens）Duration it is shorter, it may be thus possible, for example, to there is no the scene that UE needs initiation business suitable for NCT cells.When base station When DTX configurations carry out discontinuous transmission using the 2nd DTX parameter sets, activated state is within each DTX periods（I.e. transmitter is beaten It opens）Duration it is long, and within each DTX periods be in inactive state（That is Transmitter Turn-Off）Duration it is shorter, therefore, example It such as can be adapted for the scene for thering is UE to need initiation business in NCT cells.

After base station receives the service request that UE in NCT cells is sent, if the current DTX configurations in base station are to use 2nd DTX parameter sets carry out discontinuous transmission, then current DTX can be kept be configured, if current DTX configurations are to use the One DTX parameter sets carry out discontinuous transmission, in order to enable UE can commence business in time, meet the service quality in relation to business （QoS）DTX is configured and is switched to by carrying out discontinuous transmission using the first DTX parameter sets using the 2nd DTX parameters by demand, base station Collection carries out discontinuous transmission, so that base station can have the long period to be in activated state within each DTX periods.Meanwhile in order to make UE Can be synchronous with base station side, base station needs the DTX that the 2nd DTX parameter sets of use after switching are carried out to discontinuous transmission to be configured together In the case of being in activated state in base station so as to UE, upstream data is sent to base station to UE for step notice.

Optionally, base station not only can to the UE of initiating business request send switching after the 2nd DTX parameter sets of use into The DTX configurations of row discontinuous transmission, the DTX that the 2nd DTX parameter sets of use after switching can also be carried out to discontinuous transmission match Synchronization notice is put to other UE in NCT cells, in the case that other UE in this way can also be in activated state in base station, to base station Initiating business request.

Optionally, base station can pass through radio resource control（Radio Resource Control, referred to as RRC） The 2nd DTX parameter sets of use after switching are carried out discontinuous transmission by the modes such as dedicated signaling or paging message or broadcast message DTX configuration be sent to UE.For ease of distinguishing, by here for notify UE switch after use the 2nd DTX parameter sets carry out Discontinuous transmission DTX configuration RRC dedicated signalings paging message or broadcast message be referred to as the first RRC dedicated signalings or First paging message or the first broadcast message, i.e., base station can pass through the first RRC dedicated signalings or the first paging message or first Broadcast message, the DTX configurations that the 2nd DTX parameter sets of use after switching are carried out to discontinuous transmission are sent to UE.

Step 104 determines described second according to the DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets The activated state time in DTX periods.

Step 105 receives the upstream data that the UE is sent within the activated state time in the 2nd DTX periods.

DTX is configured in base station and is switched to by carrying out discontinuous transmission using the first DTX parameter sets using the 2nd DTX parameters After collection carries out discontinuous transmission, can institute be determined according to the DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets State the activated state time in the 2nd DTX periods.In this way, the 2nd DTX parameter sets of use after base station is by switching carry out discontinuous hair After the DTX configurations penetrated are sent to UE, in the case that UE can be in activated state in base station, upstream data is sent to base station；Accordingly , base station receives the upstream data of UE transmissions within the activated state time in the 2nd DTX periods.

In an optional embodiment, base station, can be according to the service request, with institute after the service request of UE is received It states UE and establishes RRC connections.Based on this, base station receives the upper of the UE transmissions within the activated state time in the 2nd DTX periods Row data include：Base station is connected by the RRC, and the UE is received within the activated state time in the 2nd DTX periods and is sent Upstream data.The process that RRC connect is established according to the service request of UE and UE about base station and can be found in the prior art, this implementation Example repeats no more.

At this point, base station is using the 2nd DTX periods in the 2nd DTX parameter sets, the time in activated state is the The activated state time in the 2nd DTX periods specified in two DTX parameter sets, the time in inactive state is the 2nd DTX parameters The inactive state time in the 2nd DTX periods specified in collection.Since the activated state time in the 2nd DTX periods is longer, and it is inactive The state time is shorter, therefore the time that base station is in activated state is just longer, shorter in the inactive time.Based on this, if UE is needed Random access is initiated, even if needs etc. send random access pilot tone in DTX activated states next time to base station （preamble）Code, since the time that base station is in inactive state is shorter, so with carrying out discontinuous hair using the first parameter set The DTX configurations penetrated are compared to the time delay for reducing UE access.It is retransmitted in case of data or UE needs the data packet transmitted bigger, The time for being in activated state due to base station in the DTX configurations that discontinuous transmission is carried out using the first parameter set is shorter, so It possibly can not be completed during an activated state, lead to larger data transmission delay；And in the present embodiment, due to base station Shorter in the time of inactive state, the time in activated state is longer, and larger data or data re-transmission experience can be made less It can be completed during activated state, reduce data transmission delay.It is connect it can be seen that method provided in this embodiment can reduce UE Enter or transmit the time delay of data, be conducive to the QoS demand for meeting UE.

Based on the example above it is found that in the present embodiment UE send service request can include random access request or It can include the scheduling request of the resource for data transmission（Scheduling Request, referred to as SR）, but not limited to this.

Fig. 4 is the flow chart of another data receiver method provided in an embodiment of the present invention.As shown in figure 4, the method Including：

Step 401 receives the service request that UE is sent.

DTX is configured by carrying out non-company using the first DTX parameter sets according to the service request that the UE is sent for step 402 Supervention is penetrated to be switched to carries out discontinuous transmission using the 2nd DTX parameter sets.

The DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets are sent to the UE by step 403.

In the present embodiment, the DTX parameter sets can include at least one of parameters described below：The length in DTX periods, The parameters such as the activated state time in DTX periods and the inactive state time in DTX periods.For example, the first DTX parameter sets can be with Including at least one of parameters described below：First DTX periods, the activated state time in the first DTX periods and the first DTX periods it is non- The parameters such as activated state time；The 2nd DTX parameter sets can include at least one of parameters described below：2nd DTX periods, second The parameters such as the activated state time in DTX periods and the inactive state time in the 2nd DTX periods.

Ratio of the activated state time in the first DTX periods in the first DTX parameter sets in the first DTX periods is less than Ratio of the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods.Step 404, root When determining the activated state in the 2nd DTX periods according to the DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets Between.

Step 405 receives the upstream data that the UE is sent within the activated state time in the 2nd DTX periods.

About step 401- steps 405, reference can be made to the step 101- steps 105 in above-described embodiment, details are not described herein.

Step 406 determines that the upstream data of the UE is sent, and by DTX configurations by using the 2nd DTX parameters Collection carries out discontinuous transmission and is switched to using the first DTX parameter sets progress discontinuous transmission, and will use the first DTX The DTX configurations that parameter set carries out discontinuous transmission are sent to the UE.

Wherein, base station may be used different modes and determine whether the upstream data of UE is sent.For example, what UE was sent After upstream data is received correctly by the base station, base station can be to UE feedback acknowledgments（ACK）Message, at this time base station can determine that UE's is upper Row data are sent.Alternatively, UE after upstream data has been sent, can send an instruction information, for informing to base station Base station upstream data transmission terminates, then the instruction information that base station can be sent based on UE, determines that the upstream data transmission of UE terminates.

In addition, by taking NCT cells as an example, then in the case that other UE in NTC cells can also be in activated state in base station, Initiating business request at any time.Based on this, the transmission of the upstream data of UE terminates can to show as all in NCT cells to be in RRC Connection status and the UE carried out data transmission, the UE can be one or more, upstream data be sent.

After the upstream data for determining UE is sent, base station is by the way that DTX is configured again by using the 2nd DTX parameter sets It carries out discontinuous transmission and is switched to carry out discontinuous transmission using the first DTX parameter sets, by the longer inactive state time, more Short activated state duration carries out power saving.Correspondingly, in order to enable UE can also need to again to switch with base station synchronization, base station The DTX configurations that the first DTX parameter sets of use afterwards carry out discontinuous transmission are sent to UE.Optionally, base station can pass through second RRC dedicated signalings or the second paging message or the second broadcast message will carry out the institute of discontinuous transmission using the first DTX parameter sets It states DTX configurations and is sent to the UE.

Fig. 5 is the flow chart of another data receiver method provided in an embodiment of the present invention.As shown in figure 5, the method Including：

Step 51, UE initiate business to base station, and specifically, UE sends to base station and sends random access pilot code or SR.

In this step, if the DTX configurations of base station are to carry out discontinuous transmission, and base station using the first DTX parameter sets During being exactly in activated state, then UE can send random access pilot code or SR to base station, which, which is used to indicate UE, needs to send out The business of rising；Otherwise, during UE needs etc. enter activated state next time to base station, random access pilot tone or SR could be sent to base station Request.

After step 52, base station receive random access pilot code or the SR of UE transmissions, establish RRC with UE and connect.

DTX is configured and is switched to by carrying out discontinuous transmission using the first DTX parameter sets using second by step 53, base station DTX parameter sets carry out discontinuous transmission, i.e., meet UE's by shorter inactive state duration and longer activated state duration The Qos demands of business.

Optionally, further, base station the DTX that discontinuous transmission is carried out using the 2nd DTX parameter sets can be configured logical It crosses broadcast message etc. and is sent to UE in cell, it, can also be if other UE in such cell are also required to initiation business Base station is in during activated state to base station initiating business request, this increases the dispatcher meeting of more UE from the point of view of cell level.

Step 54, UE enter RRC connection status, normally initiate business, and upstream data is sent to base station.

Step 55, after the upstream data of UE is sent, base station can by the RRC Connection Releases of the UE in connected state, UE is enabled to return to RRC idle states.

DTX is configured and is switched to by carrying out discontinuous transmission using the 2nd DTX parameter sets using first by step 56, base station DTX parameter sets carry out discontinuous transmission, i.e., by longer inactive state duration and shorter activated state duration come into province Electricity.

Optionally, further, if base station has sent the UE into cell such as broadcast message and indicates in step 53 The change of DTX configurations, then at this point, base station can send the UE instruction DTX configurations into cell such as broadcast message again again Secondary change.

Ratio of the activated state time in the first DTX periods in the first DTX parameter sets in the first DTX periods is less than Ratio of the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods.In the present embodiment In, by setting two DTX parameter sets, base station, by changing DTX configurations, can extend in sharp when UE has business demand The time of state living reduces the time in inactive state, UE is enable to timely enter cell and is serviced, alleviate UE access or The time delay carried out data transmission is solved since base station performs more macrocyclic DTX, and that brings can not meet the QoS of UE The problem of demand.

Illustrate herein, in Fig. 1 or Fig. 4 or embodiment illustrated in fig. 5, base station can set a timer, for DTX weeks The activated state time of phase carries out timing, and after timer timing, base station enters inactive state.Optionally, base station passes through fixed When device mode can extend the time in activated state, if for example, base station had received during activated state UE business please It asks, the time in activated state can be extended by restarting timer, after the timer timing of restarting During entering back into inactive state.

Fig. 6 is a kind of flow chart of data transmission method for uplink provided in an embodiment of the present invention.As shown in fig. 6, the method packet It includes：

Step 601 sends service request to base station.

Step 602 receives the DTX configurations that the 2nd DTX parameter sets of use that the base station is sent carry out discontinuous transmission, institute It states and the DTX of discontinuous transmission is carried out using the 2nd DTX parameter sets is configured to the base station according to the service request by using the One DTX parameter sets carry out the DTX configurations used after the DTX configuration switchings of discontinuous transmission, and the in the first DTX parameter sets The activated state time in one DTX periods is less than the activated state time or described in the 2nd DTX periods in the 2nd DTX parameter sets Ratio of the activated state time in the first DTX periods in the first DTX parameter sets in the first DTX periods is less than the 2nd DTX Ratio of the activated state time in the 2nd DTX periods in parameter set in the 2nd DTX periods.

Ratio of the activated state time in the first DTX periods in the first DTX parameter sets in the first DTX periods is less than Ratio of the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods.Step 603, root According to the activated state time in the DTX configurations determining 2nd DTX periods that discontinuous transmission is carried out using the 2nd DTX parameter sets.

Step 604 sends upstream data within the activated state time in the 2nd determining DTX periods to the base station.

Further alternative, the inactive state time in the first DTX periods can be greater than or equal to the described 2nd DTX weeks The inactive state time of phase.

Further alternative, the first DTX periods can be greater than or equal to the 2nd DTX periods.

Further, after sending above-mentioned data to base station within the activated state time in the 2nd DTX periods, the method is also wrapped It includes：The DTX configurations that the first DTX parameter sets of use that the base station is sent carry out discontinuous transmission are received, that is, receives base station and sends Again change after DTX configuration, it is described again change after DTX configuration using the first DTX parameter sets carry out it is discontinuous Transmitting.

Optionally, the DTX configurations for receiving the 2nd DTX parameter sets of use that the base station is sent and carrying out discontinuous transmission Including：Receive the first RRC dedicated signalings or the first paging message or the first broadcast message that the base station sends, described first RRC dedicated signalings or the first paging message or the first broadcast message include described using the discontinuous hair of the 2nd DTX parameter sets progress The DTX configurations penetrated.

Correspondingly, the DTX configurations for receiving the first DTX parameter sets of use that the base station is sent and carrying out discontinuous transmission Including：Receive the 2nd RRC dedicated signalings or the second paging message or the second broadcast message that the base station sends, described second RRC dedicated signalings or the second paging message or the second broadcast message include described using the discontinuous hair of the first DTX parameter sets progress The DTX configurations penetrated.

The present embodiment is the description carried out from UE angles, the data receiver provided with Fig. 1 or Fig. 4 or embodiment illustrated in fig. 5 Method is adapted, and details are not described herein for specific descriptions.

Illustrate herein, the service request that UE is sent includes SR or random access request.

In the present embodiment, base station sets two DTX parameter sets, wherein, the activation in DTX periods that the first parameter set includes The state time is shorter, and the activated state time in the DTX periods that the second parameter set includes is longer, and when UE has service request, base station is cut DTX configurations are changed, so as to perform DTX using the second parameter set, the time in activated state is extended, reduces in inactive state Time, and UE, UE is supplied to receive the DTX after switching with postponing the DTX configurations after switching, it is synchronized with base station, Upstream data is sent to base station in the activated state time in the 2nd DTX periods of the 2nd DTX parameter sets, cell can be accessed in time and obtained It must service, the time delay for alleviating UE access or carrying out data transmission, solve since base station performs more macrocyclic DTX, The problem of that brings can not meet the QoS demand of UE.

Fig. 7 is the flow chart of another data receiver method provided in an embodiment of the present invention.As shown in fig. 7, the method Including：

Step 701 receives the service request for request the first business of initiation that UE is sent, and receives what the UE was sent Resource type needed for the QoS grades of first business and/or first business.

Resource type needed for step 702, the QoS grades according to first business and/or first business, from setting In the DTX configurations that discontinuous transmission is carried out using at least one DTX parameter sets put, determining QoS with first business etc. The corresponding DTX that discontinuous transmission is carried out using the 3rd DTX parameter sets of resource type needed for grade and/or first business is matched It puts.

The DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets are sent to the UE by step 703.

Step 704 determines the 3rd DTX weeks according to the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets The activated state time of phase.

Step 705 receives the upstream data that the UE is sent within the activated state time in the 3rd DTX periods.

In general, UE is when initiating different business, it is different with the QoS grades needed to the susceptibility of time delay, therefore in this implementation In example, for the resource type needed for the business and/or the business of the UE different QoS grades initiated, at least one DTX is set to join Manifold.Wherein, at least one DTX parameter sets correspond to different parameter combinations respectively, and the parameter combination includes QoS grades and money It is at least one in Source Type.Wherein, table 1 gives a kind of different business corresponding QoS grades（I.e. business is corresponding excellent in table 1 First grade）And the correspondence between resource type needed for different business, but not limited to this.Resource type in table 1 is mainly wrapped Include ensures bit rate（Guaranteed Bit Rate, referred to as GBR）Type and non-GBR（Non-GBR）Type, but be not limited to This.

Table 1

For the different QoS grade shown in table 1 and/or the business of different resource type is needed, base station can be each Business sets a DTX parameter set.Wherein, base station can set different DTX to join according to the QoS grades of business for different business Manifold.For example, the business that it is 1 that base station, which can be priority, sets activated state duration longest and the inactive shortest DTX of state duration Parameter set is that the business setting activated state duration that priority is 2 is slightly shorter compared with the business that priority is 1, inactive state duration Slightly long DTX parameter sets, and so on.Alternatively, base station can QoS of resource type according to needed for business and business etc. simultaneously Grade sets different DTX parameter sets for different business.For example, base station can be the business that resource type is GBR and priority is 1 business is respectively provided with activated state duration longest and the shortest DTX parameter sets of inactive state duration, can be except priority is 1 The business setting activated state duration of non-GBR is slightly shorter compared with priority is 1 business, the slightly long DTX ginsengs of inactive state duration Manifold.

Specifically, when UE needs initiation business, service request is sent to base station.The present embodiment asks to initiate the first industry with UE For business.For example, if UE wishes to transmit data but sends resource without SR, random access sequence can be sent to base station Code；Alternatively, if UE wishes to transmit data and has SR to send resource, SR can be sent to base station.UE sends business to base station It, can be by the business oneself initiated, i.e. resource type needed for the QoS grades and/or the first business of the first business etc. after request Information reporting is to base station.For example, after base station receives the service request of UE, can initiate to establish the process of RRC connections, wherein, UE can carry the QoS grades of the first business and/or the first business institute in the RRC connection setup complete messages for being sent to base station The resource type needed.After the completion of RRC connections foundation, the QoS grades and/or for the first business that base station is initiated according to UE requests Resource type needed for one business, from the DTX configurations for carrying out discontinuous transmission using at least one DTX parameter sets of setting, Determine with the 3rd DTX parameter sets of use that the resource type needed for the QoS grades and/or the first business of the first business is adapted into The DTX configurations of row discontinuous transmission, and the DTX configuration notifications of discontinuous transmission will be carried out using the 3rd DTX parameter sets to cell Interior UE.Later, base station determines the 3rd DTX weeks according to the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets The activated state time of phase, and the upstream data that the UE is sent is received within the activated state time in the 3rd DTX periods.It is optional , base station can will use the 3rd DTX parameter sets to carry out discontinuous by RRC dedicated signalings or paging message or broadcast message The DTX configurations of transmitting are sent to the UE.

Illustrate herein, the method further includes：If DTX configurations carry out discontinuous hair using the non-3rd DTX parameter sets It penetrates, DTX configurations is switched to by carrying out discontinuous transmission using the non-3rd DTX parameter sets using the 3rd DTX Parameter set carries out discontinuous transmission.

In this embodiment, base station can ask the QoS grades for the business initiated and/or required resource type according to UE Deng change DTX configurations in real time, to meet the business demand of UE；And with postponing, new DTX is configured change DTX for base station every time Other UE in the UE or cell that information passes through RRC dedicated signalings or paging message or broadcast message notice initiation business, make UE Behavior between base station reaches synchronous.

In an optional embodiment, if having in same period multiple UE simultaneously to base station send service request or Single UE sends multiple service requests or multiple UE to base station and sends multiple service requests to base station, and requested multiple The QoS grades of business are different, then DTX can be configured to be switched to and most can using in the corresponding DTX parameter sets of multiple business by base station That DTX parameter set for meeting QoS demand carries out discontinuous transmission, such as can be in the corresponding several DTX ginsengs of several business Activated state duration longest and that shortest DTX parameter set of inactive state duration are selected in manifold.That is, above-mentioned first Business can be multiple.Based on this, step 701 is specially：It receives the request that is used for that UE is sent and initiates at least one first business Service request.A kind of embodiment of step 702 includes：According to the QoS grades of at least one first business and/or institute The resource type needed at least one first business is stated, discontinuous transmission is carried out from least one DTX parameter sets of the use of setting DTX configurations in, determine at least one at least one first business QoS grades and/or described at least one first The corresponding DTX configurations that discontinuous transmission is carried out using the 4th DTX parameter sets of resource type needed for business；From described at least one In a DTX configurations that discontinuous transmission is carried out using the 4th DTX parameter sets, the activated state time longest in DTX periods is determined, and The shortest DTX configurations using the 4th DTX parameter sets progress discontinuous transmission of inactive state time in DTX periods are adopted described in being used as The DTX that discontinuous transmission is carried out with the 3rd DTX parameter sets is configured..

In the present embodiment, for the service quality rating of different business and/or required resource type, setting at least one A DTX parameter sets after the service request for receiving UE transmissions, receive service quality of business that the request that UE is sent is carried out etc. Grade and/or required resource type are matched later from the DTX that discontinuous transmission is carried out using at least one DTX parameter sets of setting In putting, determine corresponding using the 3rd DTX with the service quality rating of the business of UE request developments and/or required resource type Parameter set carries out the DTX configurations of discontinuous transmission so that base station can be according to the different business demand of UE, preferably adjustment The time scale of activated state and inactive state can enable UE access cell in time and be serviced, alleviate UE access or into The time delay of row data transmission is solved since base station performs more macrocyclic DTX, and that brings can not meet the QoS need of UE The problem of asking.

Illustrate herein, in the embodiment shown in fig. 7, base station can set a timer, for the activated state to the DTX periods Time carries out timing, and after timer timing, base station enters inactive state.Optionally, base station is by way of timer The time in activated state can be extended, if for example, base station has received the service request of UE during activated state, can be passed through Timer is restarted to extend the time in activated state, is entered back into after the timer timing of restarting inactive During state.

Fig. 8 is the flow chart of another data transmission method for uplink provided in an embodiment of the present invention.As shown in figure 8, the method Including：

Step 801 sends the service request for asking the first business of initiation to base station, and to described in the transmission of the base station Resource type needed for the QoS grades and/or the first business of first business.

Step 802 receives the DTX configurations that the 3rd DTX parameter sets of use that the base station is sent carry out discontinuous transmission, institute It is QoS grade of the base station according to first business to state using the DTX configurations of the 3rd DTX parameter sets progress discontinuous transmission And/or the required resource type of first business, it is carried out from least one discontinuous transmission DTX parameter sets of the use of setting The resource needed for the QoS grades of first business and/or first business determined in the DTX configurations of discontinuous transmission The corresponding DTX configurations of type.

Step 803 determines the 3rd DTX weeks according to the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets The activated state time of phase.

Step 804 sends upstream data within the activated state time in the 3rd DTX periods to the base station.

In an optional embodiment, the QoS grades and/or the first industry that first business is sent to the base station Resource type needed for business includes：RRC connection setup complete messages are sent to the base station, the RRC connections, which are established, to be completed to disappear Breath includes the resource type needed for the QoS grades and/or the first business of first business.

In an optional embodiment, the 3rd DTX parameter sets of use for receiving the base station transmission carry out discontinuous The DTX configurations of transmitting include：It receives RRC dedicated signalings or paging message that the base station sends or broadcast message, the RRC is special Include the DTX for carrying out discontinuous transmission using the 3rd DTX parameter sets with signaling or paging message or broadcast message to be configured.

The present embodiment is the description carried out from UE angles, and the data receiver method provided with embodiment illustrated in fig. 7 is adapted, Details are not described herein for specific descriptions.

In the present embodiment, for the service quality rating of different business and/or required resource type, setting at least one A DTX parameter sets, base station receive the Service Quality of business that the request that UE is sent is carried out after the service request for receiving UE transmissions Grade and/or required resource type are measured, discontinuous transmission is carried out using at least one DTX parameter sets from setting later In DTX configurations, determine and the service quality rating of the business of UE request developments and/or required resource type is corresponding uses the Three DTX parameter sets carry out the DTX configurations of discontinuous transmission so that can preferably be adjusted according to the different business demand of UE base station The whole time scale in activated state and inactive state, and the DTX that discontinuous transmission is carried out using the 3rd DTX parameter sets is configured It notifies to UE, UE is enable to access cell in time and is serviced, the time delay for alleviating UE access or carrying out data transmission solves Since base station performs more macrocyclic DTX, the problem of that brings can not meet the QoS demand of UE.

Fig. 9 is the flow chart of another data receiver method provided in an embodiment of the present invention.As shown in figure 9, the method Including：

Step 901 receives the service request that UE is sent.

Emission state is switched to continuous emission state by step 902 according to the service request by DTX state.

The emission state of the continuous emission state after the switching is sent to the UE by step 903.

Under step 904, the continuous emission state after the switching, the upstream data that the UE is sent is received.

In an optional embodiment, further included after step 904：Determine that the upstream data of the UE is sent, it will The emission state is switched to DTX state, and the emission state of the DTX state after switching is sent by continuous emission state To the UE.The process whether upstream data about the determining UE is sent can be found in the description of embodiment illustrated in fig. 1, Details are not described herein.

In an optional embodiment, the method further includes：The emission state is being switched to continuously by DTX state During emission state, start timing, at the end of timing, the emission state is switched to DTX state by continuous emission state, and The emission state of the DTX state after switching is sent to the UE.

Further alternative, if before timing terminates, base station receives the service request of other UE transmissions, then again Start timing.For example, base station can start a timer（The inactivity timer of DRX can be similar to）, to default Time carries out timing, if base station has received the service request that other UE are sent during timer timing, will periodically think highly of It opens, to extend the time that base station is in continuous emission state；If terminate to timer timing（Or time-out）Afterwards, base station does not receive The service request of other UE, then reenter DTX state, to enter power down mode.

Optionally, base station can be by RRC dedicated signalings or paging message or broadcast message, by continuous hair described after switching Penetrate state emission state and switching after the emission state of the DTX state be sent to the UE.

In the present embodiment, in the case where UE has business demand, emission state is changed to continuously by base station by DTX state Emission state can make UE access cell in time and be serviced, and the time delay for alleviating UE access or carrying out data transmission solves Since base station performs more macrocyclic DTX, the problem of that brings can not meet the QoS demand of UE, so as to ensure that UE is above-mentioned The transmission or access of data.

Figure 10 is the flow chart of another data transmission method for uplink provided in an embodiment of the present invention.As shown in Figure 10, the side Method includes：

Step 1001 sends service request to base station.

Step 1002 receives continuously emitting after the base station that the base station is sent switches according to the service request Emission state, wherein, the emission state before the base station switching is discontinuous transmission DTX state.

Step 1003 determines to send the time of upstream data according to the emission state continuously emitted after the switching of the base station And/or emission state is switched to the emission state continuously emitted.

Illustrate herein, the emission state continuously emitted after being switched according to the base station determines to send the time of upstream data The scene of DRX is used suitable for UE.And the emission state continuously emitted after being switched according to the base station switches emission state Emission state continuously to emit is suitable for any scene.

Step 1004, according to the time of the determining transmission upstream data and/or under the emission state continuously emitted Upstream data is sent to the base station.

In an optional embodiment, the method further includes：Receive the DTX state after the switching that the base station is sent Emission state.

In the present embodiment, in the case where UE has business demand, base station is changed local emission state by DTX state For continuous emission state, and the emission state after change is notified to access cell in time to UE, UE and be serviced, be alleviated UE access or the time delay carried out data transmission are solved since base station performs more macrocyclic DTX, and that brings can not meet The problem of QoS demand of UE, so as to ensure the transmission or access of the above-mentioned data of UE.

Figure 11 is a kind of structure diagram of base station provided in an embodiment of the present invention.As shown in figure 11, the base station includes： Receiving module 110, handover module 111, sending module 112 and determining module 113.

Receiving module 110, for receiving the service request of UE transmissions.

Handover module 111 is connect with receiving module 110, the industry that the UE for being received according to receiving module 110 is sent Business request carries out DTX configurations by being switched to using the first DTX parameter sets progress discontinuous transmission using the 2nd DTX parameter sets Discontinuous transmission, the activated state time in the first DTX periods in the first DTX parameter sets are less than the 2nd DTX parameter sets In the activated state time in the 2nd DTX periods or the activated state time in the first DTX periods in the first DTX parameter sets exist Ratio in first DTX periods is less than the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX Ratio in period.

Sending module 112 is connect with handover module 111, for handover module 111 to be configured what is used after switching to DTX The DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets are sent to the UE.

Determining module 113 is connect with handover module 111, for according to the use second used after the switching of handover module 111 DTX parameter sets carry out the activated state time in the DTX configurations determining 2nd DTX periods of discontinuous transmission.

Receiving module 110 is connect with determining module 113, for the 2nd DTX periods determined in determining module 113 The activated state time in receive the upstream data that the UE is sent.

Ratio of the activated state time in the first DTX periods in the first DTX parameter sets in the first DTX periods is less than Ratio of the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods.In an optional reality It applies in mode, handover module 111 is additionally operable to determine that the upstream data of the UE is sent, and for the DTX to be configured by described Discontinuous transmission is carried out using the 2nd DTX parameter sets to be switched to using the first DTX parameter sets progress discontinuous transmission.Accordingly , sending module 112 is additionally operable to the DTX configurations for being carried out discontinuous transmission using the 2nd DTX parameter sets be cut to handover module 111 The DTX configurations that discontinuous transmission is carried out using the first DTX parameter sets used after changing are sent to the UE.

Optionally, sending module 112 is specifically used for through the first RRC dedicated signalings or the first paging message or the first broadcast Message, the DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets are sent to the UE.

Optionally, sending module 112 is specifically used for through the 2nd RRC dedicated signalings or the second paging message or the second broadcast The DTX configurations that discontinuous transmission is carried out using the first DTX parameter sets are sent to the UE by message.

Optionally, the base station further includes：Connection establishment module.

Connection establishment module for the service request received according to receiving module 110, is established RRC with the UE and is connect.Base In this, receiving module 110 is specifically used for the RRC connections established by connection establishment module, in the 2nd DTX periods The upstream data that the UE is sent is received in the activated state time.

In the present embodiment, the service request that UE is sent includes but not limited to：SR or random access request.

Each function module of base station provided in this embodiment can be used for performing embodiment of the method shown in Fig. 1 or Fig. 4 or Fig. 5 Flow, concrete operating principle repeat no more, and refer to the description of embodiment of the method.

Base station provided in this embodiment, by setting two DTX parameter sets, wherein, the DTX periods that the first parameter set includes The activated state time it is shorter, and the activated state time in the DTX periods that the second parameter set includes is longer, and business is initiated when not having UE When, base station performs DTX using the parameter of the first parameter set so that base station can save electricity；In the service request for receiving UE Afterwards, by the way that by the configuration that DTX configuration changes are the second parameter set, base station provided in this embodiment in this way can have business to need in UE When asking, extend the time in activated state, reduce the time in inactive state, UE can be enable to access cell acquisition in time Service, the time delay for alleviating UE access or carrying out data transmission are solved since base station performs more macrocyclic DTX, band The problem of QoS demand that can not meet UE come.

Figure 12 is the structure diagram of another base station provided in an embodiment of the present invention.As shown in figure 12, the base station packet It includes：Processor 121, transmitter 122 and receiver 123.

Receiver 123, for receiving the service request of UE transmissions.

Processor 121, the service request that the UE for being received according to receiver 123 is sent, DTX is configured by using first DTX parameter sets carry out discontinuous transmission and are switched to using the 2nd DTX parameter sets progress discontinuous transmission, the first DTX parameters When the activated state time in the first DTX periods concentrated is less than the activated state in the 2nd DTX periods in the 2nd DTX parameter sets Between or the ratio of the activated state time in the first DTX periods in the first DTX periods in the first DTX parameter sets be less than institute State ratio of the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods.

Ratio of the activated state time in the first DTX periods in the first DTX parameter sets in the first DTX periods is less than Ratio of the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods.Processor 121 can To be a central processing unit（Central Processing Unit, referred to as CPU）Or specific integrated circuit （Application Specific Integrated Circuit, referred to as ASIC）Or it is arranged to implement the present invention One or more integrated circuits of embodiment.

Transmitter 122, it is non-for processor 121 to carry out the 2nd DTX parameter sets of use used after DTX configuration switchings The DTX configurations continuously emitted are sent to the UE.

Processor 121 is additionally operable to be determined according to the DTX configurations for carrying out discontinuous transmission using the 2nd DTX parameter sets The activated state time in the 2nd DTX periods.

Receiver 123 is additionally operable to receive institute in the activated state time in the 2nd DTX periods determined in processor 121 State the upstream data of UE transmissions.

In an optional embodiment, processor 121 is additionally operable to determine that the upstream data of the UE is sent, and by institute DTX configurations are stated to be carried out using the first DTX parameter sets by described be switched to using the 2nd DTX parameter sets progress discontinuous transmission Discontinuous transmission.Correspondingly, transmitter 122 is additionally operable to the 2nd DTX parameter sets will be used to carry out discontinuous transmission processor 121 DTX configuration switching after use it is described using the first DTX parameter sets carry out discontinuous transmission the DTX be configured send To the UE.

Optionally, transmitter 122 is specifically used for disappearing by the first RRC dedicated signalings or the first paging message or the first broadcast The DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets are sent to the UE by breath.

Optionally, transmitter 122 is specifically used for disappearing by the 2nd RRC dedicated signalings or the second paging message or the second broadcast The DTX configurations that discontinuous transmission is carried out using the first DTX parameter sets are sent to the UE by breath.

Optionally, processor 121 is additionally operable to the service request received according to receiver 123, and establishing RRC with the UE connects It connects.Based on this, receiver 123 is specifically used for the RRC connections established by processor 121, in the 2nd DTX periods The upstream data that the UE is sent is received in the activated state time.

Further, the base station can also include：Memory.

Memory, for storing program.Specifically, program can include program code, and said program code includes calculating Machine operational order.Based on this, processor 121 can specifically realize above-mentioned function by performing described program, but not limited to this.

Memory can include high-speed RAM memory, can also include nonvolatile memory（non-volatile memory）, a for example, at least magnetic disk storage.

Optionally, in specific implementation, processor 121, transmitter 122 and receiver 123 can mutually be interconnected by bus It connects and completes mutual communication.The bus can be industry standard architecture（Industry Standard Architecture, referred to as ISA）Bus, external equipment interconnection（Peripheral Component, referred to as PCI）Bus Or extended industry-standard architecture（Extended Industry Standard Architecture, referred to as EISA）Always Line etc..The bus can be divided into address bus, data/address bus, controlling bus etc..It is only thick with one in Figure 12 for ease of representing Line represents, it is not intended that an only bus or a type of bus.

Optionally, in specific implementation, processor 121, transmitter 122 and receiver 123 can be complete by internal interface Into the communication of identical.

Base station provided in this embodiment can be used for performing the flow of embodiment of the method shown in Fig. 1 or Fig. 4 or Fig. 5, specific Operation principle repeats no more, and refers to the description of embodiment of the method.

Base station provided in this embodiment, by setting two DTX parameter sets, wherein, the DTX periods that the first parameter set includes The activated state time it is shorter, and the activated state time in the DTX periods that the second parameter set includes is longer, and business is initiated when not having UE When, base station performs DTX using the parameter of the first parameter set so that base station can save electricity；In the service request for receiving UE Afterwards, by the way that DTX configurations to be switched to the configuration of the second parameter set, base station provided in this embodiment in this way can have business to need in UE When asking, extend the time in activated state, reduce the time in inactive state, UE can be enable to access cell acquisition in time Service, the time delay for alleviating UE access or carrying out data transmission are solved since base station performs more macrocyclic DTX, band The problem of QoS demand that can not meet UE come.

Figure 13 is a kind of structure diagram of UE provided in an embodiment of the present invention.As shown in figure 13, the UE includes：It sends Module 131, receiving module 132 and determining module 133.

Sending module 131, for sending service request to base station.

Receiving module 132 carries out discontinuous transmission for receiving the 2nd DTX parameter sets of use that the base station is sent DTX is configured, wherein, the DTX that discontinuous transmission is carried out using the second discontinuous transmission DTX parameter sets is configured to the base station Switching is configured by the DTX that discontinuous transmission is carried out using the first DTX parameter sets according to the service request that the sending module is sent The DTX used afterwards is configured, and the activated state time in the first DTX periods in the first DTX parameter sets joins less than the 2nd DTX When the activated state time in the 2nd DTX periods in manifold or the activated state in the first DTX periods in the first DTX parameter sets Between ratio in the first DTX periods be less than the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets second Ratio in the DTX periods.

Determining module 133, the 2nd DTX parameter sets of use for being received according to receiving module 132 carry out discontinuous transmission DTX configuration determine the 2nd DTX periods the activated state time.

Sending module 131 is additionally operable in the activated state time in the 2nd DTX periods determined in determining module 133 to the base It stands and sends upstream data.

In an optional embodiment, receiving module 132 was additionally operable in sending module 131 in the 2nd DTX periods After sending upstream data to the base station in the activated state time, receive the first DTX parameter sets of use that the base station sends into The DTX configurations of row discontinuous transmission.

Ratio of the activated state time in the first DTX periods in the first DTX parameter sets in the first DTX periods is less than Ratio of the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods.Optionally, it receives Module 132 broadcasts the message specifically for the first RRC dedicated signalings of the reception base station transmission or the first paging message or first, The first RRC dedicated signalings or the first paging message or the first broadcast message include carrying out non-company using the 2nd DTX parameter sets The DTX configurations that supervention is penetrated.

Optionally, receiving module 132 is specifically used for receiving the 2nd RRC dedicated signalings or the second paging that the base station is sent Message or the second broadcast message, the 2nd RRC dedicated signalings or the second paging message or the second broadcast message include described adopt The DTX that discontinuous transmission is carried out with the first DTX parameter sets is configured.

In the present embodiment, the service request that sending module 131 is sent includes but not limited to：SR or random access please It asks.

Each function module of UE provided in this embodiment can be used for performing the flow of data transmission method for uplink shown in Fig. 6, tool Body running principle repeats no more, and refers to the description of embodiment of the method.

UE provided in this embodiment, the base station provided with above-described embodiment match, and base station is supported to set two DTX parameters Collection, when such UE has service request, the 2nd longer DTX parameter sets of activated state time may be used in base station, and will be after switching DTX configurations are supplied to UE, and the DTX after the switching that the UE of the present embodiment is provided by receiving base station is configured, and are carried out with base station It is synchronous, upstream data is sent to base station within the activated state time in the 2nd DTX periods of the 2nd DTX parameter sets, can be connect in time Enter cell to be serviced, the time delay for alleviating UE access or carrying out data transmission, solve since base station performs long week The problem of DTX of phase, that brings can not meet the QoS demand of UE.

Figure 14 is the structure diagram of another kind UE provided in an embodiment of the present invention.As shown in figure 14, the UE includes：Hair Emitter 141, receiver 142 and processor 143.

Transmitter 141, for sending service request to base station.

Receiver 142, for receiving the DTX that the 2nd DTX parameter sets of use that the base station is sent carry out discontinuous transmission Configuration, wherein, the DTX that discontinuous transmission is carried out using the second discontinuous transmission DTX parameter sets is configured to the base station root After DTX configuration switching of the service request that the sending module is sent by carrying out discontinuous transmission using the first DTX parameter sets The DTX used is configured, and the activated state time in the first DTX periods in the first DTX parameter sets is less than the 2nd DTX parameters The activated state time in the 2nd DTX periods or the activated state time in the first DTX periods in the first DTX parameter sets concentrated Ratio in the first DTX periods is less than the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets second Ratio in the DTX periods.

Processor 143, the 2nd DTX parameter sets of use for being received according to the receiver carry out discontinuous transmission DTX configurations determine the activated state time in the 2nd DTX periods.

Transmitter 141 is additionally operable to send out to the base station in the activated state time in the 2nd DTX periods determined in processor 143 Send upstream data.

Ratio of the activated state time in the first DTX periods in the first DTX parameter sets in the first DTX periods is less than Ratio of the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods.In an optional reality Apply in mode, receiver 142 be additionally operable to transmitter 141 within the activated state time in the 2nd DTX periods to the base station After sending upstream data, the DTX that discontinuous transmission is carried out using the first DTX parameter sets is configured.

Optionally, receiver 142 is specifically used for receiving the first RRC dedicated signalings of the base station transmission or the first paging disappears Breath or the first broadcast message, the first RRC dedicated signalings or the first paging message or the first broadcast message are included using second DTX parameter sets carry out the DTX configurations of discontinuous transmission.

Optionally, receiver 142 is specifically used for receiving the 2nd RRC dedicated signalings of the base station transmission or the second paging disappears Breath or the second broadcast message, the 2nd RRC dedicated signalings or the second paging message or the second broadcast message include the use First DTX parameter sets carry out the DTX configurations of discontinuous transmission.

In the present embodiment, the service request that transmitter 141 is sent includes but not limited to：SR or random access please It asks.

Further, the UE is further included：Memory.

Memory, for storing program.Specifically, program can include program code, and said program code includes calculating Machine operational order.

Processor 143 can be used for performing the program of memory storage, for realizing control logic of the UE etc..

Processor 143 can be a CPU or specific ASIC or be arranged to implement the embodiment of the present invention One or more integrated circuits.

Optionally, in specific implementation, transmitter 141, receiver 142 and processor 143 can mutually be interconnected by bus It connects and completes mutual communication.The bus can be isa bus, pci bus or eisa bus etc..The bus can divide For address bus, data/address bus, controlling bus etc..For ease of representing, only represented in Figure 14 with a thick line, it is not intended that only There are a bus or a type of bus.

Optionally, in specific implementation, transmitter 141, receiver 142 and processor 143 can be complete by internal interface Into the communication of identical.

Further alternative, the UE, can be with other than including transmitter 141, receiver 142 and processor 143 Including input unit, display unit, power module and voicefrequency circuit etc..The input unit can be touch panel or other are defeated Enter equipment, the display unit can be display panel etc..

UE provided in this embodiment can be used for performing the flow of data transmission method for uplink shown in Fig. 6, and concrete operating principle is not It repeats again, refers to the description of embodiment of the method.

Figure 15 is the structure diagram of another base station provided in an embodiment of the present invention.As shown in figure 15, the base station packet It includes：Receiving module 151, determining module 152 and sending module 153.

Receiving module 151, for receiving the service request that the first business is initiated for request of UE transmissions, and described in reception Resource type needed for the QoS grades and/or the first business of first business that UE is sent.

Determining module 152 is connect with receiving module 151, for first business that is received according to receiving module 151 Resource type needed for QoS grades and/or the first business carries out discontinuous hair from least one DTX parameter sets of the use of setting In the DTX configurations penetrated, determine corresponding with the resource type needed for the QoS grades of first business and/or first business The 3rd DTX parameter sets of use carry out discontinuous transmission DTX configuration.

Optionally, determining module 152 can be also used for carrying out non-company using the non-3rd DTX parameter sets in DTX configurations When supervention is penetrated, DTX configurations are switched to by carrying out discontinuous transmission using the non-3rd DTX parameter sets using described the Three DTX parameter sets carry out discontinuous transmission.

Optionally, at least one DTX parameter sets correspond to different parameter combinations respectively, and the parameter combination includes It is at least one in QoS grades and resource type.

Sending module 153 is connect with determining module 152, for the 3rd DTX parameters of use for determining determining module 152 The DTX configurations that collection carries out discontinuous transmission are sent to the UE.

Determining module 152 is additionally operable to true according to the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets The activated state time in fixed 3rd DTX periods.

Receiving module 151 is additionally operable in the activated state time in the 3rd DTX periods determined in determining module 152 described in reception The upstream data that UE is sent.

Optionally, receiving module 151 is specifically used for receiving the RRC connection setup complete messages that the UE is sent, the RRC Connection setup complete message includes the resource type needed for the QoS grades and/or the first business of first business.

Optionally, sending module 154 is specifically used for through RRC dedicated signalings or paging message or broadcast message, by described in The DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets are sent to the UE.

In an optional embodiment, first business is multiple.Based on this, receiving module 151 is specifically used for receiving The service request that at least one first business is initiated for request that the UE is sent.Determining module 152 is particularly used in basis Resource type needed for the QoS grades of at least one first business and/or at least one first business, from setting Using at least one discontinuous transmission DTX parameter sets carry out discontinuous transmission DTX configuration in, determine it is at least one with it is described extremely Resource type needed for the QoS grades and/or at least one first business of few first business is corresponding using the 4th DTX parameter sets carry out the DTX configurations of discontinuous transmission, and discontinuous hair is carried out from the 4th DTX parameter sets of at least one use In the DTX configurations penetrated, the activated state time longest in DTX periods is determined, and the inactive state time in DTX periods shortest uses the The DTX configurations that four DTX parameter sets carry out discontinuous transmission carry out discontinuous transmission as described using the 3rd DTX parameter sets DTX is configured.

In the present embodiment, the service request that receiving module 151 receives includes but not limited to：SR or random access please It asks.

Each function module of base station provided in this embodiment can be used for performing the flow of data receiver method shown in Fig. 7, Concrete operating principle repeats no more, and refers to the description of embodiment of the method.

Base station provided in this embodiment, service quality rating and/or required resource type for different business, setting At least one DTX parameter sets, after the service request for receiving UE transmissions, according to the service of the business of the request development of UE transmissions Credit rating and/or required resource type are matched later from the DTX that discontinuous transmission is carried out using at least one DTX parameter sets In putting, determine corresponding using the 3rd DTX with the service quality rating of the business of UE request developments and/or required resource type Parameter set carries out the DTX configurations of discontinuous transmission so that base station can be according to the different business demand of UE, and preferably adjustment is in The time scale of activated state and inactive state can enable UE access cell in time and be serviced, alleviate UE access or into The time delay of row data transmission is solved since base station performs more macrocyclic DTX, and that brings can not meet the QoS need of UE The problem of asking.

Figure 16 is the structure diagram of another base station provided in an embodiment of the present invention.As shown in figure 16, the base station packet It includes：Receiver 161, processor 162 and transmitter 163.

Receiver 161 for receiving the service request for request the first business of initiation of UE transmissions, and receives the UE Send first business QoS grades and/or institute the first business need resource type.

Processor 162, for the QoS grades of the first business received according to receiver 161 and/or the first business institute The resource type needed, from the DTX configurations for carrying out discontinuous transmission using at least one DTX parameter sets of setting, determining and institute State the first business QoS grades and/or first business needed for resource type it is corresponding using the 3rd DTX parameter sets carry out The DTX configurations of discontinuous transmission.

Optionally, processor 162 can be also used for discontinuous using the non-3rd DTX parameter sets progress in DTX configurations During transmitting, DTX configurations are switched to by carrying out discontinuous transmission using the non-3rd DTX parameter sets using the third DTX parameter sets carry out discontinuous transmission.

Transmitter 163, the DTX that the 3rd DTX parameter sets of use for processor 162 to be determined carry out discontinuous transmission match It puts and is sent to the UE.

Processor 162 is additionally operable to be determined according to the DTX configurations for carrying out discontinuous transmission using the 3rd DTX parameter sets The activated state time in the 3rd DTX periods.

Receiver 161 is additionally operable to receive the UE in the activated state time in the 3rd DTX periods determined in processor 162 The upstream data of transmission.

Optionally, receiver 161 is specifically used for receiving the RRC connection setup complete messages that the UE is sent, and the RRC connects Connect the resource type established and completed needed for QoS grades and/or the first business of the message including first business.

Optionally, transmitter 163 is specifically used for, by RRC dedicated signalings or paging message or broadcast message, adopting described The DTX configurations that discontinuous transmission is carried out with the 3rd DTX parameter sets are sent to the UE.

In an optional embodiment, first business is multiple.Based on this, receiver 161 is specifically used for receiving institute State the service request that at least one first business is initiated for request of UE transmissions.Processor 162 is particularly used according to Resource type needed for the QoS grades of at least one first business and/or at least one first business, from the use of setting At least one discontinuous transmission DTX parameter sets are carried out in the DTX configurations of discontinuous transmission, are determined at least one with described at least one Resource type needed for the QoS grades of a first business and/or at least one first business is corresponding using the 4th DTX ginsengs Manifold carries out the DTX configurations of discontinuous transmission, and discontinuous transmission is carried out from the 4th DTX parameter sets of at least one use In DTX configurations, the activated state time longest in DTX periods is determined, and the inactive state time in DTX periods is shortest using the 4th DTX parameter sets carry out the DTX configurations of discontinuous transmission as the DTX that discontinuous transmission is carried out using the 3rd DTX parameter sets Configuration.

In the present embodiment, the service request that receiver 161 receives includes but not limited to：SR or random access please It asks.

Further, the base station further includes：Memory.

Memory, for storing program.Specifically, program can include program code, and said program code includes calculating Machine operational order.Based on this, processor 162 can realize above-mentioned function, but be not limited to by performing the program of memory storage This.

Processor 162 can be a CPU or specific ASIC or be arranged to implement the embodiment of the present invention One or more integrated circuits.

Optionally, in specific implementation, receiver 161, processor 162 and transmitter 163 can mutually be interconnected by bus It connects and completes mutual communication.The bus can be isa bus, pci bus or eisa bus etc..The bus can divide For address bus, data/address bus, controlling bus etc..For ease of representing, only represented in Figure 16 with a thick line, it is not intended that only There are a bus or a type of bus.

Optionally, in specific implementation, receiver 161, processor 162 and transmitter 163 can be complete by internal interface Into the communication of identical.

Base station provided in this embodiment can be used for performing the flow of data receiver method shown in Fig. 7, concrete operating principle It repeats no more, refers to the description of embodiment of the method.

Base station provided in this embodiment, service quality rating and/or required resource type for different business, setting At least one DTX parameter sets, after the service request for receiving UE transmissions, according to the service of the business of the request development of UE transmissions Credit rating and/or required resource type are matched later from the DTX that discontinuous transmission is carried out using at least one DTX parameter sets In putting, the 3rd DTX parameters corresponding with the service quality rating of the business of UE request developments and/or required resource type are determined Collection carries out the DTX configurations of discontinuous transmission so that base station can be according to the different business demand of UE, and preferably adjustment is in activation The time scale of state and inactive state can enable UE access cell in time and be serviced, and alleviate UE access or into line number According to the time delay of transmission, solve since base station performs more macrocyclic DTX, that brings can not meet the QoS demand of UE Problem.

Figure 17 is the structure diagram of another UE provided in an embodiment of the present invention.As shown in figure 17, the UE includes：Hair Send module 171, receiving module 172 and determining module 173.

Sending module 171, for sending the service request for asking to initiate the first business to base station, and to the base station Send the resource type needed for the QoS grades and/or the first business of first business.

Receiving module 172 carries out discontinuous transmission for receiving the 3rd DTX parameter sets of use that the base station is sent DTX is configured, and the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets are the base stations according to first industry The required resource type of the QoS grades of business and/or first business, from least one DTX parameter sets of the use of setting into The money needed for the QoS grades of first business and/or first business determined in the DTX configurations of row discontinuous transmission The corresponding DTX configurations of Source Type.

Determining module 173 is connect with receiving module 172, for the 3rd DTX of the use ginsengs received according to receiving module 172 Manifold carries out the activated state time in the DTX configurations determining 3rd DTX periods of discontinuous transmission.

Sending module 171 is additionally operable in the activated state time in the 3rd DTX periods determined in determining module 173 to the base It stands and sends upstream data.

Optionally, sending module 171 is particularly used in the base station and sends RRC connection setup complete messages, the RRC Connection setup complete message includes the resource type needed for the QoS grades and/or the first business of first business.

Optionally, receiving module 172 be particularly used in receive RRC dedicated signalings or paging message that the base station sends or Broadcast message, the RRC dedicated signalings or paging message or broadcast message include described using the non-company of the 3rd DTX parameter sets progress The DTX that supervention is penetrated matches.

In the present embodiment, the service request that sending module 171 is sent includes but not limited to：SR or random access please It asks.

Each function module of UE provided in this embodiment can be used for performing the flow of data transmission method for uplink shown in Fig. 8, tool Body running principle repeats no more, and refers to the description of embodiment of the method.

UE provided in this embodiment, the base station provided with above-described embodiment match, and support base station for different business Service quality rating and/or required resource type set at least one DTX parameter sets, support base station according to the present embodiment UE The service request sent out is the suitable DTX parameter sets of service selection of request, while the DTX configurations after switching are supplied to by base station The DTX configurations that UE, the UE of the present embodiment are provided based on base station, within the activated state time in the DTX periods of corresponding DTX parameter sets to Base station sends upstream data, can access cell in time and be serviced, and alleviates access or the time delay carried out data transmission, solves Since base station performs more macrocyclic DTX, the problem of that brings can not meet the QoS demand of UE.

Figure 18 is the structure diagram of another UE provided in an embodiment of the present invention.As shown in figure 18, the UE includes：Hair Emitter 181, receiver 182 and processor 183.

Transmitter 181 for sending the service request for asking to initiate the first business to base station, and is sent out to the base station Send the resource type needed for the QoS grades and/or the first business of first business.

Receiver 182, for receiving the DTX that the 3rd DTX parameter sets of use that the base station is sent carry out discontinuous transmission Configuration, the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets are the base stations according to first business The required resource type of QoS grades and/or first business carries out non-from least one DTX parameter sets of the use of setting It is determined in the DTX configurations continuously emitted resources-type needed for the QoS grades of first business and/or first business The corresponding DTX configurations of type.

Processor 183, the 3rd DTX parameter sets of use for being received according to receiver 182 carry out the DTX of discontinuous transmission Configuration determines the activated state time in the 3rd DTX periods.

Transmitter 181 is additionally operable to send out to the base station in the activated state time in the 3rd DTX periods determined in processor 183 Send upstream data.

Optionally, transmitter 181 is particularly used in the base station and sends RRC connection setup complete messages, and the RRC connects Connect the resource type established and completed needed for QoS grades and/or the first business of the message including first business.

Optionally, receiver 182 is particularly used in RRC dedicated signalings or the paging message or wide for receiving that the base station is sent Broadcast message, the RRC dedicated signalings or paging message or broadcast message include it is described using the 3rd DTX parameter sets progress it is discontinuous The DTX configurations of transmitting.

In the present embodiment, the service request that transmitter 181 is sent includes but not limited to：SR or random access please It asks.

Further, the UE is further included：Memory.

Processor 183 can be used for performing the program of memory storage, for realizing control logic of the UE etc..

Processor 183 can be a CPU or specific ASIC or be arranged to implement the embodiment of the present invention One or more integrated circuits.

Optionally, in specific implementation, transmitter 181, receiver 182 and processor 183 can mutually be interconnected by bus It connects and completes mutual communication.The bus can be isa bus, pci bus or eisa bus etc..The bus can divide For address bus, data/address bus, controlling bus etc..For ease of representing, only represented in Figure 18 with a thick line, it is not intended that only There are a bus or a type of bus.

Optionally, in specific implementation, transmitter 181, receiver 182 and processor 183 can be complete by internal interface Into the communication of identical.

It is further alternative, the UE other than including transmitter 181, receiver 182, memory and processor 183, It can also include input unit, display unit, power module and voicefrequency circuit etc..The input unit can be touch panel or Other input equipments, the display unit can be display panels etc..

UE provided in this embodiment can be used for performing the flow of data transmission method for uplink shown in Fig. 8, and concrete operating principle is not It repeats again, refers to the description of embodiment of the method.

Figure 19 is the structure diagram of another base station provided in an embodiment of the present invention.As shown in figure 19, the base station packet It includes：Handover module 191, sending module 192 and receiving module 193.

Receiving module 193, for receiving the service request of UE transmissions.

Handover module 191, the service request for being received according to receiving module 193 are switched emission state by DTX state For continuous emission state.

Sending module 192 is connect with handover module 191, for the continuous emitting shape after handover module 191 is switched The emission state of state is sent to the UE.

Receiving module 193 is additionally operable under the continuous emission state after handover module 191 switches, and is received the UE and is sent Upstream data.

In an optional embodiment, the UE is further included：Determining module.Determining module, for determining the UE's Row data are sent.Handover module 191 is additionally operable to after determining module determines that the upstream data of the UE is sent, by institute It states emission state and is switched to DTX state.Correspondingly, sending module 192 is additionally operable to the DTX state after handover module is switched Emission state be sent to the UE.

In an optional embodiment, the base station further includes：Timing module.

Timing module, for when the emission state is switched to continuous emission state by handover module 191 by DTX state Start timing.Handover module 191 is additionally operable to the emission state at the end of the timing module timing by continuous emitting shape State is switched to DTX state.Correspondingly, sending module 192 is additionally operable to the hair of the DTX state after handover module 191 is switched The state of penetrating is sent to the UE.

Further alternative, timing module is additionally operable to receive other UE hairs before timing terminates in receiving module 193 During the service request sent, restart timing.

In the present embodiment, the service request includes but not limited to：SR or random access request.

Each function module of base station provided in this embodiment can be used for performing the flow of data receiver method shown in Fig. 9, Concrete operating principle repeats no more, and refers to the description of embodiment of the method.

In the case where UE has business demand, local emission state is cut by DTX state for base station provided in this embodiment Be changed to continuous emission state, UE can be made to access cell in time and serviced, alleviate UE access or carry out data transmission when Prolong, solve since base station performs more macrocyclic DTX, the problem of that brings can not meet the QoS demand of UE, so as to protect Demonstrate,prove the transmission or access of the above-mentioned data of UE.

Figure 20 is the structure diagram of another base station provided in an embodiment of the present invention.As shown in figure 20, the base station packet It includes：Processor 2001, transmitter 2002 and receiver 2003.

Receiver 2003, for receiving the service request of UE transmissions.

Emission state is switched to by processor 2001, the service request for being received according to receiver 2003 by DTX state Continuous emission state.

Transmitter 2002, the emission state for the continuous emission state after processor 2001 is switched are sent to institute State UE.

Receiver 2003 is additionally operable under the continuous emission state after processor 2001 switches, and receives what the UE was sent Upstream data.

In an optional embodiment, processor 2001 is additionally operable to determine that the upstream data of the UE is sent, and will The emission state is switched to DTX state.Correspondingly, transmitter 2002 is additionally operable to the DTX after processor 2001 is switched The emission state of state is sent to the UE.

In an optional embodiment, processor 2001 is additionally operable to the emission state being switched to company by DTX state Start timing, and the emission state is switched to DTX state by continuous emission state at the end of timing during continuous emission state. Transmitter 2002, the emission state for being additionally operable to the DTX state after processor 2001 is switched are sent to the UE.

Further alternative, processor 2001 is additionally operable to receive other UE hairs before timing terminates in receiver 2003 During the service request sent, restart timing.

Further, the base station further includes：Memory.

Memory, for storing program.Specifically, program can include program code, and said program code includes calculating Machine operational order.Based on this, processor 2001 can realize above-mentioned function, but be not limited to by performing the program of memory storage This.

Processor 2001 can be a CPU or specific ASIC or be arranged to implement the embodiment of the present invention One or more integrated circuits.

Optionally, in specific implementation, processor 2001, transmitter 2002 and receiver 2003 can be mutual by bus It connects and completes mutual communication.The bus can be isa bus, pci bus or eisa bus etc..The bus can be with It is divided into address bus, data/address bus, controlling bus etc..For ease of representing, only represented in Figure 20 with a thick line, it is not intended that Only a bus or a type of bus.

Optionally, in specific implementation, processor 2001, transmitter 2002 and receiver 2003 can pass through internal interface Complete the communication of identical.

Base station provided in this embodiment can be used for performing the flow of data receiver method shown in Fig. 9, concrete operating principle It repeats no more, refers to the description of embodiment of the method.

Figure 21 is the structure diagram of another UE provided in an embodiment of the present invention.As shown in figure 21, the UE includes：Hair Send module 2101, receiving module 2102 and determining module 2103.

Sending module 2101, for sending service request to base station.

Receiving module 2102, for receiving the company after the base station that the base station is sent switches according to the service request The emission state that supervention is penetrated, wherein, the emission state before the base station switching is DTX state.

Determining module 2103, for received according to receiving module 2101 the base station switching after the hair continuously emitted The state of penetrating determines to send the time of upstream data and/or emission state is switched to the emission state continuously emitted.

Sending module 2101 is additionally operable to the time of the transmission upstream data determined according to determining module 2103 and/or continuous Under the emission state of transmitting upstream data is sent to the base station.

Optionally, receiving module 2102 is additionally operable to receive the emission state for the DTX state that the base station is sent.

Each function module of UE provided in this embodiment can be used for performing the flow of data transmission method for uplink shown in Figure 10, tool Body running principle repeats no more, and refers to the description of embodiment of the method.

UE provided in this embodiment, the base station provided with above-described embodiment match, can access cell in time and be taken Business alleviates access or the time delay carried out data transmission, solves since base station performs more macrocyclic DTX, bring The problem of QoS demand of UE can not be met, so as to ensure the transmission or access of the above-mentioned data of UE.

Figure 22 is the structure diagram of another UE provided in an embodiment of the present invention.As shown in figure 22, the UE includes：Hair Emitter 2201, receiver 2202 and processor 2203.

Transmitter 2201, for sending service request to base station.

Receiver 2202, it is continuous after the base station that the base station is sent switches according to the service request for receiving The emission state of transmitting, wherein, the emission state before the base station switching is DTX state.

Processor 2203, for received according to receiver 2201 the base station switching after the emitting shape continuously emitted State determines to send the time of upstream data and/or emission state is switched to the emission state continuously emitted.

Transmitter 2201 is additionally operable to the time of the transmission upstream data determined according to processor 2203 and/or is continuously emitting Emission state under to the base station send upstream data.

Optionally, receiver 2202 is additionally operable to receive the emission state for the DTX state that the base station is sent.

Further, the UE is further included：Memory.

Processor 2203 can be used for performing the program of memory storage, for realizing control logic of the UE etc..

Processor 2203 can be a CPU or specific ASIC or be arranged to implement the embodiment of the present invention One or more integrated circuits.

Optionally, in specific implementation, transmitter 2201, receiver 2202 and processor 2203 can be mutual by bus It connects and completes mutual communication.The bus can be isa bus, pci bus or eisa bus etc..The bus can be with It is divided into address bus, data/address bus, controlling bus etc..For ease of representing, only represented in Figure 22 with a thick line, it is not intended that Only a bus or a type of bus.

Optionally, in specific implementation, transmitter 2201, receiver 2202 and processor 2203 can pass through internal interface Complete the communication of identical.

It is further alternative, the UE in addition to include transmitter 2201, receiver 2202, memory and processor 2204 it Outside, input unit, display unit, power module and voicefrequency circuit etc. can also be included.The input unit can be touch surface Plate or other input equipments, the display unit can be display panels etc..

UE provided in this embodiment can be used for performing the flow of data transmission method for uplink shown in Figure 10, and concrete operating principle is not It repeats again, refers to the description of embodiment of the method.

One of ordinary skill in the art will appreciate that：Realizing all or part of step of above method embodiment can pass through The relevant hardware of program instruction is completed, and aforementioned program can be stored in a computer read/write memory medium, the program When being executed, step including the steps of the foregoing method embodiments is performed；And aforementioned storage medium includes：ROM, RAM, magnetic disc or light The various media that can store program code such as disk.

Finally it should be noted that：The above embodiments are only used to illustrate the technical solution of the present invention., rather than its limitations；To the greatest extent Pipe is described in detail the present invention with reference to foregoing embodiments, it will be understood by those of ordinary skill in the art that：Its according to Can so modify to the technical solution recorded in foregoing embodiments either to which part or all technical features into Row equivalent replacement；And these modifications or replacement, various embodiments of the present invention technology that it does not separate the essence of the corresponding technical solution The range of scheme.

Claims

A kind of 1. data receiver method, which is characterized in that including：

Receive the service request that user equipment (UE) is sent；

Discontinuous transmission DTX is configured by discontinuous using the progress of the first DTX parameter sets according to the service request that the UE is sent Transmitting is switched to carries out discontinuous transmission using the 2nd DTX parameter sets, the first DTX periods in the first DTX parameter sets The activated state time is less than the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets or the first DTX parameters The ratio of the activated state time in the first DTX periods in the first DTX periods concentrated is less than the in the 2nd DTX parameter sets Ratio of the activated state time in two DTX periods in the 2nd DTX periods, the inactive state time in the first DTX periods are more than Or the inactive state time equal to the 2nd DTX periods；

The DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets are sent to the UE；

DTX configurations according to discontinuous transmission is carried out using the 2nd DTX parameter sets determine the activation in the 2nd DTX periods The state time；

The upstream data that the UE is sent is received within the activated state time in the 2nd DTX periods.
2. according to the method described in claim 1, it is characterized in that, the first DTX periods be greater than or equal to the 2nd DTX Period.
3. method according to claim 1 or 2, which is characterized in that further include：

Determine that the upstream data of the UE is sent, and DTX configurations is discontinuous by being carried out using the 2nd DTX parameter sets Transmitting is switched to carries out discontinuous transmission using the first DTX parameter sets；

The DTX configurations that discontinuous transmission is carried out using the first DTX parameter sets are sent to the UE.
4. according to the method described in claim 3, it is characterized in that, described will use the 2nd DTX parameter sets to carry out discontinuous hair The DTX configurations penetrated are sent to the UE, including：

It is broadcast the message by the first radio resource control RRC dedicated signalings or the first paging message or first, the will be used The DTX configurations that two DTX parameter sets carry out discontinuous transmission are sent to the UE；

It is described that the DTX configurations that discontinuous transmission is carried out using the first DTX parameter sets are sent to the UE, including：

By the 2nd RRC dedicated signalings or the second paging message or second broadcast the message, will use the first DTX parameter sets into The DTX configurations of row discontinuous transmission are sent to the UE.
5. method according to claim 1 or 2, which is characterized in that the method further includes：

According to the service request, establish RRC with the UE and connect；

The upstream data that the UE is received within the activated state time in the 2nd DTX periods and is sent, including：

It is connected by the RRC, the upstream data that the UE is sent is received within the activated state time in the 2nd DTX periods.
6. method according to claim 1 or 2, which is characterized in that the service request includes scheduling request or connects at random Enter request.
7. a kind of data transmission method for uplink, which is characterized in that including：

Service request is sent to base station；

The DTX configurations that use the second discontinuous transmission DTX parameter sets that the base station is sent carry out discontinuous transmission are received, In, the DTX that discontinuous transmission is carried out using the second discontinuous transmission DTX parameter sets is configured to the base station according to the industry Business request is configured by the DTX used after the DTX configuration switchings of discontinuous transmission are carried out using the first DTX parameter sets, and described first The activated state time in the first DTX periods in DTX parameter sets is less than swashing for the 2nd DTX periods in the 2nd DTX parameter sets Ratio of the activated state time in state time living or the first DTX periods in the first DTX parameter sets in the first DTX periods Less than the ratio of the activated state time in the 2nd DTX periods in the 2nd DTX periods in the 2nd DTX parameter sets, described The inactive state time in one DTX periods is greater than or equal to the inactive state time in the 2nd DTX periods；

2nd DTX is determined according to the DTX configurations that discontinuous transmission is carried out using the second discontinuous transmission DTX parameter sets The activated state time in period；

Within the activated state time in the 2nd determining DTX periods upstream data is sent to the base station.
8. the method according to the description of claim 7 is characterized in that the first DTX periods are greater than or equal to the 2nd DTX Period.
9. method according to claim 7 or 8, which is characterized in that within the activated state time in the 2nd DTX periods to After the base station sends upstream data, the method further includes：

Receive the DTX configurations that the first DTX parameter sets of use that base station is sent carry out discontinuous transmission.
10. the according to the method described in claim 9, it is characterized in that, second non-company of use for receiving the base station and sending Supervention penetrates the DTX configurations that DTX parameter sets carry out discontinuous transmission, including：

Receive the first radio resource control RRC dedicated signalings or the first paging message or the first broadcast that the base station sends Message, the first RRC dedicated signalings or the first paging message or the first broadcast message include described using the second discontinuous hair Penetrate the DTX configurations that DTX parameter sets carry out discontinuous transmission；

The DTX configurations for receiving the first DTX parameter sets of use that base station is sent and carrying out discontinuous transmission, including：

Receive the 2nd RRC dedicated signalings or the second paging message or the second broadcast message that the base station sends, the 2nd RRC Dedicated signaling or the second paging message or the second broadcast message include the first DTX parameter sets of the use and carry out discontinuous transmission DTX is configured.
11. method according to claim 7 or 8, which is characterized in that the service request includes scheduling request or connects at random Enter request.
A kind of 12. data receiver method, which is characterized in that including：

What reception user equipment (UE) was sent initiates the service request of the first business for request, and receives the described of the UE transmissions Resource type needed for the service quality QoS grade of first business and/or first business；

According to the resource type needed for the QoS grades of first business and/or first business, from the use of setting at least One discontinuous transmission DTX parameter set is carried out in the DTX configurations of discontinuous transmission, determines the QoS grades with first business And/or the corresponding DTX that discontinuous transmission is carried out using the 3rd DTX parameter sets of resource type needed for first business is matched It puts；

The DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets are sent to the UE；

When determining the activated state in the 3rd DTX periods according to the DTX configurations using the 3rd DTX parameter sets progress discontinuous transmission Between；

The upstream data that the UE is sent is received within the activated state time in the 3rd DTX periods.
13. according to the method for claim 12, which is characterized in that first business for receiving the UE and sending Resource type needed for service quality QoS grade and/or first business, including：

The radio resource control RRC connection setup complete messages that the UE is sent are received, the RRC connections, which are established, to be completed to disappear Breath include first business QoS grades and/or first business needed for resource type.
14. method according to claim 12 or 13, which is characterized in that it is described by it is described using the 3rd DTX parameter sets into The DTX configurations of row discontinuous transmission are sent to the UE, including：

By RRC dedicated signalings or paging message or broadcast message, discontinuous transmission is carried out using the 3rd DTX parameter sets by described DTX configuration be sent to the UE.
15. method according to claim 12 or 13, which is characterized in that

The service request that the first business is initiated for request for receiving user equipment (UE) and sending, including：

Receive the service request that at least one first business is initiated for request that user equipment (UE) is sent；

The resource type according to needed for the QoS grades of first business and/or first business, from setting at least In one DTX configuration that discontinuous transmission is carried out using discontinuous transmission DTX parameter sets, the QoS with first business is determined The corresponding DTX that discontinuous transmission is carried out using the 3rd DTX parameter sets of resource type needed for grade and/or first business Configuration, including：

According to the resource type needed for the QoS grades of at least one first business and/or at least one first business, In the DTX configurations for carrying out discontinuous transmission using at least one DTX parameter sets from setting, determine it is at least one with it is described at least Resource type needed for the QoS grades and/or at least one first business of one the first business is corresponding to use the 4th DTX Parameter set carries out the DTX configurations of discontinuous transmission；

From at least one DTX configurations that discontinuous transmission is carried out using the 4th DTX parameter sets, swashing for DTX periods is determined Work state time longest, and the 4th DTX parameter sets of shortest use of inactive state time in DTX periods carry out discontinuous transmission DTX configurations are as the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets.
16. method according to claim 12 or 13, which is characterized in that the method further includes：

If DTX configurations carry out discontinuous transmission using the non-3rd DTX parameter sets, by DTX configurations by using non-described 3rd DTX parameter sets carry out discontinuous transmission and are switched to using the 3rd DTX parameter sets progress discontinuous transmission.
17. method according to claim 12 or 13, which is characterized in that at least one DTX parameter sets correspond to respectively Different parameter combinations, the parameter combination include at least one in QoS grades and resource type.
18. method according to claim 12 or 13, which is characterized in that the service request includes scheduling request or random Access request.
19. a kind of data transmission method for uplink, which is characterized in that including：

The service request for asking to initiate the first business is sent to base station, and the clothes of first business are sent to the base station Resource type needed for quality Q oS grades of being engaged in and/or first business；

The DTX configurations that the 3rd DTX parameter sets of use that the base station is sent carry out discontinuous transmission are received, it is described to use third The DTX configurations that DTX parameter sets carry out discontinuous transmission are the base stations according to QoS grades of first business and/or described The required resource type of first business carries out discontinuous hair from least one discontinuous transmission DTX parameter sets of the use of setting It is determined in the DTX configurations penetrated corresponding with the resource type needed for the QoS grades of first business and/or first business DTX configuration；

When determining the activated state in the 3rd DTX periods according to the DTX configurations using the 3rd DTX parameter sets progress discontinuous transmission Between；

Within the activated state time in the 3rd DTX periods upstream data is sent to the base station.
20. according to the method for claim 19, which is characterized in that the clothes that first business is sent to the base station Resource type needed for quality Q oS grades of being engaged in and/or first business, including：

Radio resource control RRC connection setup complete messages, the RRC connection setup complete messages are sent to the base station Resource type needed for QoS grades and/or first business including first business.
21. the method according to claim 19 or 20, which is characterized in that the use third for receiving the base station and sending DTX parameter sets carry out the DTX configurations of discontinuous transmission, including：

It receives RRC dedicated signalings or paging message that the base station sends or broadcast message, the RRC dedicated signalings or paging disappears Breath or broadcast message include the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets.
22. the method according to claim 19 or 20, which is characterized in that the service request includes scheduling request or random Access request.
A kind of 23. data receiver method, which is characterized in that including：

Receive the service request that user equipment (UE) is sent；

Emission state is switched to by continuous emission state by discontinuous transmission DTX state according to the service request；

The emission state of the continuous emission state after the switching is sent to the UE；

Under continuous emission state after the switching, the upstream data that the UE is sent is received.
24. according to the method for claim 23, which is characterized in that further include：

Determine that the upstream data of the UE is sent；

The emission state is switched to DTX state；

The emission state of the DTX state after switching is sent to the UE.
25. according to the method for claim 23, which is characterized in that further include：

When the emission state is switched to continuous emission state by DTX state, start timing, at the end of timing, by institute It states emission state and DTX state is switched to, and the emission state of the DTX state after switching is sent to by continuous emission state The UE.
26. according to the method for claim 25, which is characterized in that the method further includes：

If receiving the service request of other UE transmissions before timing terminates, restart timing.
27. according to claim 23-26 any one of them methods, which is characterized in that the service request includes scheduling request Or random access request.
28. a kind of data transmission method for uplink, which is characterized in that including：

Service request is sent to base station；

The emission state continuously emitted after the base station that the base station is sent switches according to the service request is received, In, the emission state before the base station switching is discontinuous transmission DTX state；

The emission state continuously emitted after being switched according to the base station determines to send the time of upstream data and/or by emitting shape State is switched to the emission state continuously emitted；

To the base station according to the time of the determining transmission upstream data and/or under the emission state continuously emitted Send upstream data.
29. according to the method for claim 28, which is characterized in that further include：

Receive the emission state for the DTX state that the base station is sent.
30. a kind of base station, which is characterized in that including：

Receiving module, for receiving the service request of user equipment (UE) transmission；

Handover module, the service request that the UE for being received according to the receiving module is sent, discontinuous transmission DTX is matched It puts and is switched to by carrying out discontinuous transmission using the first DTX parameter sets using the 2nd DTX parameter sets progress discontinuous transmission, it is described The activated state time in the first DTX periods in the first DTX parameter sets is less than the 2nd DTX periods in the 2nd DTX parameter sets The activated state time or the first DTX periods in the first DTX parameter sets the activated state time in the first DTX periods Ratio is less than ratio of the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets in the 2nd DTX periods, institute The inactive state time for stating for the first DTX periods is greater than or equal to the inactive state time in the 2nd DTX periods；

Sending module, for the handover module to be carried out non-company to the 2nd DTX parameter sets of use used after DTX configuration switchings The DTX configurations that supervention is penetrated are sent to the UE；

Determining module, for determining described second according to the DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets The activated state time in DTX periods；

The receiving module is additionally operable to receive in the activated state time in the 2nd DTX periods determined in the determining module The upstream data that the UE is sent.
31. base station according to claim 30, which is characterized in that the first DTX periods are greater than or equal to described second The DTX periods.
32. the base station according to claim 30 or 31, which is characterized in that

The handover module is additionally operable to determine that the upstream data of the UE is sent, and for the DTX to be configured by the use 2nd DTX parameter sets carry out discontinuous transmission and are switched to using the first DTX parameter sets progress discontinuous transmission；

The sending module is additionally operable to the DTX for being carried out discontinuous transmission using the 2nd DTX parameter sets be matched to the handover module Put use after switching it is described using the first DTX parameter sets carry out discontinuous transmission DTX configurations be sent to it is described UE。
33. base station according to claim 32, which is characterized in that

The sending module is specifically used for through the first radio resource control RRC dedicated signalings or the first paging message or the The DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets are sent to the UE by one broadcast message；

The sending module is specifically used for, by the 2nd RRC dedicated signalings or the second paging message or the second broadcast message, to adopt The DTX configurations that discontinuous transmission is carried out with the first DTX parameter sets are sent to the UE.
34. the base station according to claim 30 or 31, which is characterized in that the base station further includes connection establishment module；

The connection establishment module is used for the service request received according to the receiving module, establishes RRC with the UE and connect；

The receiving module was specifically used for the RRC connections established by the connection establishment module, at the described 2nd DTX weeks The upstream data that the UE is sent is received in the activated state time of phase.
35. the base station according to claim 30 or 31, which is characterized in that the service request includes scheduling request or random Access request.
36. a kind of user equipment, which is characterized in that including：

Sending module, for sending service request to base station；

Receiving module carries out discontinuous transmission for receiving use the second discontinuous transmission DTX parameter sets that the base station is sent DTX configuration, wherein, it is described using the second discontinuous transmission DTX parameter sets carry out discontinuous transmission DTX be configured to the base It stands and is cut according to the service request that the sending module is sent by the DTX configurations that discontinuous transmission is carried out using the first DTX parameter sets The DTX used after changing is configured, and the activated state time in the first DTX periods in the first DTX parameter sets is less than the 2nd DTX The activated state time in the 2nd DTX periods in parameter set or the activated state in the first DTX periods in the first DTX parameter sets Ratio of the time in the first DTX periods is less than the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets the Ratio in two DTX periods, the inactive state time in the first DTX periods are greater than or equal to the non-of the 2nd DTX periods The activated state time；

Determining module, the DTX that the 2nd DTX parameter sets of use for being received according to the receiving module carry out discontinuous transmission match Put the activated state time in the determining 2nd DTX periods；

The sending module is additionally operable in the activated state time in the 2nd DTX periods determined in the determining module to the base It stands and sends upstream data.
37. user equipment according to claim 36, which is characterized in that the first DTX periods are greater than or equal to described 2nd DTX periods.
38. the user equipment according to claim 36 or 37, which is characterized in that

The receiving module be additionally operable to the sending module within the activated state time in the 2nd DTX periods to the base station After sending upstream data, the DTX configurations that the first DTX parameter sets of use that the base station is sent carry out discontinuous transmission are received.
39. the user equipment according to claim 38, which is characterized in that

The receiving module is specifically used for receiving the first radio resource control RRC dedicated signalings that the base station sends or the One paging message or the first broadcast message, the first RRC dedicated signalings or the first paging message or the first broadcast message include The DTX that discontinuous transmission is carried out using the 2nd DTX parameter sets is configured；

The receiving module is specifically used for receiving the 2nd RRC dedicated signalings or the second paging message or second that the base station is sent Broadcast message, the 2nd RRC dedicated signalings or the second paging message or the second broadcast message include described using the first DTX ginsengs Manifold carries out the DTX configurations of discontinuous transmission.
40. the user equipment according to claim 36 or 37, which is characterized in that the service request include scheduling request or Random access request.
41. a kind of base station, which is characterized in that including：

Receiving module for receiving the service request for request the first business of initiation of user equipment (UE) transmission, and receives institute State UE transmission first business service quality QoS grade and/or first business needed for resource type；

Determining module, for needed for the QoS grades of the first business received according to the receiving module and/or first business Resource type, in the DTX configurations for carrying out discontinuous transmission using at least one discontinuous transmission DTX parameter sets from setting, It determines corresponding with the resource type needed for the QoS grades of first business and/or first business using the 3rd DTX ginsengs Manifold carries out the DTX configurations of discontinuous transmission；

Sending module, the 3rd DTX parameter sets of use for the determining module to be determined carry out the DTX configurations of discontinuous transmission It is sent to the UE；

The determining module is additionally operable to determine the according to the DTX configurations for carrying out discontinuous transmission using the 3rd DTX parameter sets The activated state time in three DTX periods；

The receiving module is additionally operable in the activated state time in the 3rd DTX periods determined in the determining module described in reception The upstream data that UE is sent.
42. base station according to claim 41, which is characterized in that

The receiving module is specifically used for receiving the radio resource control RRC connection setup complete messages that the UE is sent, It is resources-type needed for QoS grades and/or first business of the RRC connection setup complete messages including first business Type.
43. the base station according to claim 41 or 42, which is characterized in that

The sending module is specifically used for through RRC dedicated signalings or paging message or broadcast message, and the 3rd DTX is used by described The DTX configurations that parameter set carries out discontinuous transmission are sent to the UE.
44. the base station according to claim 41 or 42, which is characterized in that

The receiving module, the business that at least one first business is initiated for request sent specifically for receiving the UE please It asks；

The determining module, specifically for the QoS grades according at least one first business and/or described at least one Resource type needed for one business carries out discontinuous transmission from setting using at least one discontinuous transmission DTX parameter sets In DTX configurations, at least one QoS grades at least one first business and/or at least one first industry are determined The corresponding DTX configurations that discontinuous transmission is carried out using the 4th DTX parameter sets of resource type needed for business, from described at least one In the DTX configurations that discontinuous transmission is carried out using the 4th DTX parameter sets, the activated state time longest in DTX periods, and DTX are determined The shortest DTX configurations that discontinuous transmission is carried out using the 4th DTX parameter sets of inactive state time in period are used as the use 3rd DTX parameter sets carry out the DTX configurations of discontinuous transmission.
45. the base station according to claim 41 or 42, which is characterized in that the determining module is additionally operable to adopt in DTX configurations When carrying out discontinuous transmission with the non-3rd DTX parameter sets, by DTX configurations by using the non-3rd DTX parameter sets Discontinuous transmission is carried out to be switched to using the 3rd DTX parameter sets progress discontinuous transmission.
46. the base station according to claim 41 or 42, which is characterized in that at least one DTX parameter sets correspond to respectively Different parameter combinations, the parameter combination include at least one in QoS grades and resource type.
47. the base station according to claim 41 or 42, which is characterized in that the service request includes scheduling request or random Access request.
48. a kind of user equipment, which is characterized in that including：

Sending module for sending the service request for asking to initiate the first business to base station, and sends institute to the base station State the first business service quality QoS grade and/or first business needed for resource type；

Receiving module carries out discontinuous transmission for receiving the use third discontinuous transmission DTX parameter sets that the base station is sent DTX configurations, the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets are the base stations according to described first The required resource type of the QoS grades of business and/or first business, from least one DTX parameter sets of the use of setting Carry out discontinuous transmission DTX configuration in determine with the QoS grades of first business and/or first business needed for The corresponding DTX configurations of resource type；

Determining module, the DTX that the 3rd DTX parameter sets of use for being received according to the receiving module carry out discontinuous transmission match Put the activated state time in determining 3rd DTX periods；

The sending module is additionally operable in the activated state time in the 3rd DTX periods determined in the determining module to the base It stands and sends upstream data.
49. user equipment according to claim 48, which is characterized in that

The sending module, specifically for sending radio resource control RRC connection setup complete messages, institute to the base station It states resources-type needed for QoS grades and/or first business of the RRC connection setup complete messages including first business Type.
50. the user equipment according to claim 48 or 49, which is characterized in that

The receiving module, the RRC dedicated signalings or paging message or broadcast message sent specifically for the reception base station, institute It states RRC dedicated signalings or paging message or broadcast message includes the DTX that discontinuous transmission is carried out using the 3rd DTX parameter sets Configuration.
51. the user equipment according to claim 48 or 49, which is characterized in that the service request include scheduling request or Random access request.
52. a kind of base station, which is characterized in that including：

Receiving module, for receiving the service request of user equipment (UE) transmission；

Handover module, for the service request that is received according to the receiving module by emission state by discontinuous transmission DTX state It is switched to continuous emission state；

Sending module, it is described for the emission state of the continuous emission state after handover module switching to be sent to UE；

The receiving module is additionally operable under the continuous emission state after the handover module switches, and receives what the UE was sent Upstream data.
53. base station according to claim 52, which is characterized in that the base station further includes determining module；

The determining module, the upstream data for determining the UE are sent；

The handover module is additionally operable to after the determining module determines that the upstream data of the UE is sent, by the hair The state of penetrating is switched to DTX state；

The sending module is additionally operable to the emission state of the DTX state after handover module switching being sent to described UE。
54. base station according to claim 52, which is characterized in that further include：

Timing module, for the timing when the emission state is switched to continuous emission state by DTX state；

The handover module is additionally operable to cut the emission state by continuous emission state at the end of the timing module timing It is changed to DTX state；

The sending module, for the emission state of the DTX state after handover module switching to be sent to the UE.
55. base station according to claim 54, which is characterized in that

The timing module is additionally operable to receive the service request of other UE transmissions before timing terminates in the receiving module When, restart timing.
56. according to claim 52-55 any one of them base station, which is characterized in that the service request includes scheduling request Or random access request.
57. a kind of user equipment, which is characterized in that including：

Sending module, for sending service request to base station；

Receiving module, for receiving continuously emitting after the base station that the base station is sent switches according to the service request Emission state, wherein, the emission state before the base station switching is discontinuous transmission DTX state；

Determining module, the emission state continuously emitted after the base station for being received according to the receiving module switches are true Surely it sends the time of upstream data and/or emission state is switched to the emission state continuously emitted；

The sending module is additionally operable to the time of the transmission upstream data determined according to the determining module and/or is continuously sending out Under the emission state penetrated upstream data is sent to the base station.
58. user equipment according to claim 57, which is characterized in that

The receiving module is additionally operable to receive the emission state for the DTX state that the base station is sent.
59. a kind of base station, which is characterized in that including：

Receiver, for receiving the service request of user equipment (UE) transmission；

Processor, for the service request that the UE that is received according to the receiver is sent, by discontinuous transmission DTX configurations by Using the first DTX parameter sets carry out discontinuous transmission be switched to using the 2nd DTX parameter sets carry out discontinuous transmission, described first The activated state time in the first DTX periods in DTX parameter sets is less than swashing for the 2nd DTX periods in the 2nd DTX parameter sets Ratio of the activated state time in state time living or the first DTX periods in the first DTX parameter sets in the first DTX periods Less than the ratio of the activated state time in the 2nd DTX periods in the 2nd DTX periods in the 2nd DTX parameter sets, described The inactive state time in one DTX periods is greater than or equal to the inactive state time in the 2nd DTX periods；

Transmitter, for the processor to be carried out discontinuous hair to the 2nd DTX parameter sets of use used after DTX configuration switchings The DTX configurations penetrated are sent to the UE；

The processor is additionally operable to according to determining the DTX configurations that discontinuous transmission is carried out using the 2nd DTX parameter sets The activated state time in the 2nd DTX periods；

The receiver is additionally operable in the activated state time in the 2nd DTX periods determined in the processor described in reception The upstream data that UE is sent.
60. a kind of user equipment, which is characterized in that including：

Transmitter, for sending service request to base station；

Receiver carries out discontinuous transmission for receiving use the second discontinuous transmission DTX parameter sets that the base station is sent DTX is configured, wherein, the DTX that discontinuous transmission is carried out using the second discontinuous transmission DTX parameter sets is configured to the base station Switching is configured by the DTX that discontinuous transmission is carried out using the first DTX parameter sets according to the service request that the sending module is sent The DTX used afterwards is configured, and the activated state time in the first DTX periods in the first DTX parameter sets joins less than the 2nd DTX When the activated state time in the 2nd DTX periods in manifold or the activated state in the first DTX periods in the first DTX parameter sets Between ratio in the first DTX periods be less than the activated state time in the 2nd DTX periods in the 2nd DTX parameter sets second Ratio in the DTX periods, the inactive state time in the first DTX periods are greater than or equal to the non-of the 2nd DTX periods and swash The state time living；

Processor, the DTX configurations that the 2nd DTX parameter sets of use for being received according to the receiver carry out discontinuous transmission are true The activated state time in the fixed 2nd DTX periods；

The transmitter is additionally operable in the activated state time in the 2nd DTX periods determined in the processor send to the base station Upstream data.
61. a kind of base station, which is characterized in that including：

Receiver, for receiving the service request that the first business is initiated for request of user equipment (UE) transmission, and described in reception Resource type needed for the service quality QoS grade and/or first business of first business that UE is sent；

Processor, for the money needed for the QoS grades of the first business received according to the receiver and/or first business Source Type from the DTX configurations for carrying out discontinuous transmission using at least one discontinuous transmission DTX parameter sets of setting, determines It is corresponding with the resource type needed for the QoS grades of first business and/or first business to use the 3rd DTX parameter sets Carry out the DTX configurations of discontinuous transmission；

Transmission is configured in transmitter, the DTX that the 3rd DTX parameter sets of use for the processor to be determined carry out discontinuous transmission To the UE；

The processor is additionally operable to determine third according to the DTX configurations for carrying out discontinuous transmission using the 3rd DTX parameter sets The activated state time in DTX periods；

The receiver is additionally operable to receive the UE transmissions in the activated state time in the 3rd DTX periods determined in the processor Upstream data.
62. a kind of user equipment, which is characterized in that including：

Transmitter, for sending the service request for asking to initiate the first business to base station, and to described in the transmission of the base station Resource type needed for the service quality QoS grade of first business and/or first business；

Receiver carries out discontinuous transmission for receive that the base station sends using third discontinuous transmission DTX parameter sets DTX is configured, and the DTX configurations that discontinuous transmission is carried out using the 3rd DTX parameter sets are the base stations according to first industry The required resource type of the QoS grades of business and/or first business, from least one DTX parameter sets of the use of setting into The money needed for the QoS grades of first business and/or first business determined in the DTX configurations of row discontinuous transmission The corresponding DTX configurations of Source Type；

Processor, the DTX configurations that the 3rd DTX parameter sets of use for being received according to the receiver carry out discontinuous transmission are true The activated state time in fixed 3rd DTX periods；

The transmitter is additionally operable in the activated state time in the 3rd DTX periods determined in the processor send to the base station Upstream data.
63. a kind of base station, which is characterized in that including：

Receiver, for receiving the service request of user equipment (UE) transmission；

Processor, the service request for being received according to the receiver are switched emission state by discontinuous transmission DTX state For continuous emission state；

Transmitter, for the emission state of the continuous emission state after processor switching to be sent to the UE；

The receiver is additionally operable under the continuous emission state after the processor switches, and receives the uplink that the UE is sent Data.
64. a kind of user equipment, which is characterized in that including：

Transmitter, for sending service request to base station；

Receiver, for receiving the hair continuously emitted after the base station that the base station is sent switches according to the service request State is penetrated, wherein, the emission state before the base station switching is discontinuous transmission DTX state；

Processor, the emission state continuously emitted after the base station for being received according to the receiver switches determine to send out It send the time of upstream data and/or emission state is switched to the emission state continuously emitted；

The transmitter is additionally operable to the time of the transmission upstream data determined according to the processor and/or in the hair continuously emitted It penetrates under state and sends upstream data to the base station.